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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testIndexingLargeObject ( ) { byte [ ] in = ( "" + ( ( ( "A\n" + "B\n" ) + "B\n" ) + "B\n" ) ) . getBytes ( "UTF-8" ) ; org . eclipse . jgit . diff . SimilarityIndex si = new org . eclipse . jgit . diff . SimilarityIndex ( ) ; si . hash ( new java . io . ByteArrayInputStream ( in ) , in . length , false ) ; <FILL_ME> ; } size ( ) { return size ; }
### Response:
org . junit . Assert . assertThat ( sql , org . hamcrest . CoreMatchers . is ( expected ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testBase64 ( ) { org . nd4j . linalg . api . ndarray . INDArray arr = org . nd4j . linalg . factory . Nd4j . linspace ( 1 , 4 , 4 ) ; java . lang . String base64 = org . nd4j . serde . base64 . Nd4jBase64 . base64String ( arr ) ; org . nd4j . linalg . api . ndarray . INDArray from = org . nd4j . serde . base64 . Nd4jBase64 . fromBase64 ( base64 ) ; <FILL_ME> ; } fromBase64 ( java . lang . String ) { byte [ ] arr = org . apache . commons . net . util . Base64 . decodeBase64 ( base64 ) ; org . nd4j . serde . base64 . ByteArrayInputStream bis = new org . nd4j . serde . base64 . ByteArrayInputStream ( arr ) ; org . nd4j . serde . base64 . DataInputStream dis = new org . nd4j . serde . base64 . DataInputStream ( bis ) ; org . nd4j . linalg . api . ndarray . INDArray predict = org . nd4j . linalg . factory . Nd4j . read ( dis ) ; return predict ; }
### Response:
org . junit . Assert . assertNotNull ( signature ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSplitFullName ( ) { com . liferay . portal . kernel . security . auth . FullNameGenerator fullNameGenerator = com . liferay . portal . kernel . security . auth . FullNameGeneratorFactory . getInstance ( ) ; java . lang . String [ ] splitFullName = fullNameGenerator . splitFullName ( "John<sp>Stephen<sp>Piper" ) ; <FILL_ME> ; } toString ( net . fortuna . ical4j . model . Calendar ) { net . fortuna . ical4j . data . CalendarOutputter calendarOutputter = new net . fortuna . ical4j . data . CalendarOutputter ( ) ; net . fortuna . ical4j . model . ComponentList componentList = iCalCalendar . getComponents ( ) ; if ( componentList . isEmpty ( ) ) { calendarOutputter . setValidating ( false ) ; } com . liferay . portal . kernel . io . unsync . UnsyncStringWriter unsyncStringWriter = new com . liferay . portal . kernel . io . unsync . UnsyncStringWriter ( ) ; calendarOutputter . output ( iCalCalendar , unsyncStringWriter ) ; unsyncStringWriter . flush ( ) ; return unsyncStringWriter . toString ( ) ; }
### Response:
org . junit . Assert . assertThat ( total . getName ( ) , org . hamcrest . CoreMatchers . is ( "total" ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testWaitForReportReady_completed ( ) { com . google . api . ads . admanager . axis . utils . v201808 . ReportDownloader downloader = new com . google . api . ads . admanager . axis . utils . v201808 . ReportDownloader ( reportService , 1 ) ; when ( reportService . getReportJobStatus ( org . mockito . Matchers . anyLong ( ) ) ) . thenReturn ( ReportJobStatus . COMPLETED ) ; <FILL_ME> ; } waitForReportReady ( ) { com . google . api . ads . admanager . jaxws . v201902 . ReportJobStatus status = reportService . getReportJobStatus ( reportJobId ) ; while ( status == ( com . google . api . ads . admanager . jaxws . v201902 . ReportJobStatus . IN_PROGRESS ) ) { java . lang . Thread . sleep ( com . google . api . ads . admanager . jaxws . utils . v201902 . ReportDownloader . SLEEP_TIMER ) ; status = reportService . getReportJobStatus ( reportJobId ) ; } return status == ( com . google . api . ads . admanager . jaxws . v201902 . ReportJobStatus . COMPLETED ) ; }
### Response:
org . junit . Assert . assertThat ( result , org . hamcrest . CoreMatchers . equalTo ( false ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
fromInputStreams_Iterable_empty ( ) { try { net . coobird . thumbnailator . Thumbnails . fromInputStreams ( ( ( java . lang . Iterable < java . io . InputStream > ) ( java . util . Collections . < java . io . InputStream > emptyList ( ) ) ) ) ; org . junit . Assert . fail ( ) ; } catch ( java . lang . IllegalArgumentException e ) { <FILL_ME> ; throw e ; } } fromInputStreams ( java . lang . Iterable ) { net . coobird . thumbnailator . Thumbnails . checkForNull ( inputStreams , "Cannot<sp>specify<sp>null<sp>for<sp>InputStreams." ) ; net . coobird . thumbnailator . Thumbnails . checkForEmpty ( inputStreams , "Cannot<sp>specify<sp>an<sp>empty<sp>collection<sp>for<sp>InputStreams." ) ; return net . coobird . thumbnailator . Thumbnails . Builder . ofInputStreams ( inputStreams ) ; }
### Response:
org . junit . Assert . assertFalse ( available ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testLoadImage_malformedImageUrl ( ) { try { imageLoader . loadImage ( "malformed" , label ) ; org . junit . Assert . fail ( ) ; } catch ( java . net . MalformedURLException ex ) { <FILL_ME> ; } } getMessage ( ) { return message ; }
### Response:
org . junit . Assert . assertEquals ( java . lang . Integer . valueOf ( 4 ) , result ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSelect_withStyle_mismatch ( ) { org . eclipse . swt . widgets . Widget widget = new org . eclipse . swt . widgets . Button ( shell , org . eclipse . swt . SWT . CHECK ) ; matcher . addStyle ( "PUSH" , SWT . PUSH ) ; org . eclipse . rap . rwt . internal . theme . css . ConditionalValue [ ] values = new org . eclipse . rap . rwt . internal . theme . css . ConditionalValue [ ] { new org . eclipse . rap . rwt . internal . theme . css . ConditionalValue ( org . eclipse . rap . rwt . internal . theme . css . WidgetMatcher_Test . RED , "[PUSH" ) } ; org . eclipse . rap . rwt . internal . theme . CssValue result = matcher . select ( widget , values ) ; <FILL_ME> ; } select ( int , int ) { checkWidget ( ) ; if ( ( selectionEnabled ) && ( ! ( ( ( selectionType ) == ( org . eclipse . swt . SWT . SINGLE ) ) && ( start != end ) ) ) ) { if ( ( ! ( cellSelectionEnabled ) ) && ( ( selectionType ) == ( org . eclipse . swt . SWT . SINGLE ) ) ) { selectedItems . clear ( ) ; } for ( int index = java . lang . Math . max ( 0 , start ) ; index <= ( java . lang . Math . min ( ( ( items . size ( ) ) - 1 ) , end ) ) ; index ++ ) { internalSelect ( index ) ; } } }
### Response:
org . junit . Assert . assertEquals ( "" , converter . convertToModel ( setValue , java . lang . String . class , null ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testCreateItemParamObject ( ) { org . eclipse . rap . rwt . internal . textsize . MeasurementItem item = createMeasurementItem ( ) ; org . eclipse . rap . json . JsonArray itemObject = org . eclipse . rap . rwt . internal . textsize . MeasurementUtil . createItemParamObject ( item ) ; org . eclipse . rap . json . JsonArray expected = new org . eclipse . rap . json . JsonArray ( ) . add ( org . eclipse . rap . rwt . internal . textsize . MeasurementUtil . getId ( item ) ) . add ( "<sp>text<sp>\"to\"<sp>measure<sp>" ) . add ( new org . eclipse . rap . json . JsonArray ( ) . add ( "fontName" ) ) . add ( 1 ) . add ( false ) . add ( false ) . add ( 17 ) . add ( false ) ; <FILL_ME> ; } add ( org . eclipse . ui . presentations . IPresentablePart ) { partList . add ( part ) ; site . getPresentation ( ) . addPart ( part , null ) ; }
### Response:
org . junit . Assert . assertNull ( theResult ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
readOrderedListDataAllTest ( ) { doReturn ( immediateFluentFuture ( java . util . Optional . of ( org . opendaylight . restconf . nb . rfc8040 . rests . utils . ReadDataTransactionUtilTest . DATA . orderedMapNode1 ) ) ) . when ( read ) . read ( LogicalDatastoreType . OPERATIONAL , org . opendaylight . restconf . nb . rfc8040 . rests . utils . ReadDataTransactionUtilTest . DATA . path3 ) ; doReturn ( immediateFluentFuture ( java . util . Optional . of ( org . opendaylight . restconf . nb . rfc8040 . rests . utils . ReadDataTransactionUtilTest . DATA . orderedMapNode2 ) ) ) . when ( read ) . read ( LogicalDatastoreType . CONFIGURATION , org . opendaylight . restconf . nb . rfc8040 . rests . utils . ReadDataTransactionUtilTest . DATA . path3 ) ; doReturn ( org . opendaylight . restconf . nb . rfc8040 . rests . utils . ReadDataTransactionUtilTest . DATA . path3 ) . when ( context ) . getInstanceIdentifier ( ) ; final org . opendaylight . yangtools . yang . data . api . schema . NormalizedNode < ? , ? > normalizedNode = org . opendaylight . restconf . nb . rfc8040 . rests . utils . ReadDataTransactionUtil . readData ( RestconfDataServiceConstant . ReadData . ALL , wrapper , schemaContext ) ; final org . opendaylight . yangtools . yang . data . api . schema . MapNode expectedData = org . opendaylight . yangtools . yang . data . impl . schema . Builders . orderedMapBuilder ( ) . withNodeIdentifier ( new org . opendaylight . yangtools . yang . data . api . YangInstanceIdentifier . NodeIdentifier ( org . opendaylight . restconf . nb . rfc8040 . rests . utils . ReadDataTransactionUtilTest . DATA . listQname ) ) . withChild ( org . opendaylight . restconf . nb . rfc8040 . rests . utils . ReadDataTransactionUtilTest . DATA . checkData ) . build ( ) ; <FILL_ME> ; } build ( ) { return configuration ; }
### Response:
org . junit . Assert . assertEquals ( 200 , responseCode ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testImageInstanceIteratorMnist ( ) { weka . core . Instances data = weka . util . DatasetLoader . loadMiniMnistMeta ( ) ; data . setClassIndex ( ( ( data . numAttributes ( ) ) - 1 ) ) ; weka . dl4j . iterators . instance . ImageInstanceIterator imgIter = weka . util . DatasetLoader . loadMiniMnistImageIterator ( ) ; final int seed = 1 ; for ( int batchSize : new int [ ] { 1 , 2 , 5 , 10 } ) { final int actual = countIterations ( data , imgIter , seed , batchSize ) ; final int expected = ( data . numInstances ( ) ) / batchSize ; <FILL_ME> ; } } countIterations ( weka . core . Instances , weka . dl4j . iterators . instance . AbstractInstanceIterator , int , int ) { org . nd4j . linalg . dataset . api . iterator . DataSetIterator it = iter . getDataSetIterator ( data , seed , batchsize ) ; int count = 0 ; while ( it . hasNext ( ) ) { count ++ ; it . next ( ) ; } return count ; }
### Response:
org . junit . Assert . assertFalse ( absoluteParent . isPresent ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testStoreExtractedTextTooLong ( ) { java . lang . StringBuilder textBuilder = new java . lang . StringBuilder ( ) ; for ( int i = 0 ; i < 2001 ; i ++ ) { textBuilder . append ( "a" ) ; } java . lang . String extractedText = textBuilder . toString ( ) ; replayAll ( ) ; org . modeshape . jcr . value . BinaryValue binaryValue = createBinaryValue ( org . modeshape . jcr . value . binary . S3BinaryStoreTest . TEST_KEY , org . modeshape . jcr . value . binary . S3BinaryStoreTest . TEST_CONTENT ) ; try { s3BinaryStore . storeExtractedText ( binaryValue , extractedText ) ; org . junit . Assert . fail ( "Exception<sp>expected<sp>due<sp>to<sp>long<sp>extracted<sp>text<sp>value" ) ; } catch ( org . modeshape . jcr . value . binary . BinaryStoreException e ) { <FILL_ME> ; } } storeExtractedText ( org . modeshape . jcr . value . BinaryValue , java . lang . String ) { if ( ! ( binaryValueExists ( source ) ) ) { return ; } org . modeshape . jcr . value . BinaryKey extractedTextKey = createKeyFromSourceWithSuffix ( source . getKey ( ) , org . modeshape . jcr . value . binary . FileSystemBinaryStore . EXTRACTED_TEXT_SUFFIX ) ; storeStringAtKey ( extractedText , extractedTextKey ) ; }
### Response:
org . junit . Assert . assertEquals ( true , standard ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetNameIdDataEmptyNameIDValue ( ) { com . onelogin . saml2 . settings . Saml2Settings settings = new com . onelogin . saml2 . settings . SettingsBuilder ( ) . fromFile ( "config/config.min.properties" ) . build ( ) ; java . lang . String samlResponseEncoded = com . onelogin . saml2 . util . Util . getFileAsString ( "data/responses/invalids/empty_nameid.xml.base64" ) ; com . onelogin . saml2 . authn . SamlResponse samlResponse = new com . onelogin . saml2 . authn . SamlResponse ( settings , com . onelogin . saml2 . test . authn . AuthnResponseTest . newHttpRequest ( samlResponseEncoded ) ) ; java . util . Map < java . lang . String , java . lang . String > nameIdData = samlResponse . getNameIdData ( ) ; <FILL_ME> ; settings . setStrict ( true ) ; com . onelogin . saml2 . authn . SamlResponse samlResponse2 = new com . onelogin . saml2 . authn . SamlResponse ( settings , com . onelogin . saml2 . test . authn . AuthnResponseTest . newHttpRequest ( samlResponseEncoded ) ) ; expectedEx . expect ( com . onelogin . saml2 . exception . ValidationError . class ) ; expectedEx . expectMessage ( "An<sp>empty<sp>NameID<sp>value<sp>found" ) ; samlResponse2 . getNameIdData ( ) ; } getNameIdData ( ) { if ( ( this . nameIdData ) != null ) { return this . nameIdData ; } java . util . Map < java . lang . String , java . lang . String > nameIdData = new java . util . HashMap ( ) ; org . w3c . dom . NodeList encryptedIDNodes = this . queryAssertion ( "/saml:Subject/saml:EncryptedID" ) ; org . w3c . dom . NodeList nameIdNodes ; org . w3c . dom . Element nameIdElem ; if ( ( encryptedIDNodes . getLength ( ) ) == 1 ) { org . w3c . dom . NodeList encryptedDataNodes = this . queryAssertion ( "/saml:Subject/saml:EncryptedID/xenc:EncryptedData" ) ; if ( ( encryptedDataNodes . getLength ( ) ) == 1 ) { org . w3c . dom . Element encryptedData = ( ( org . w3c . dom . Element ) ( encryptedDataNodes . item ( 0 ) ) ) ; java . security . PrivateKey key = settings . getSPkey ( ) ; if ( key == null ) { throw new com . onelogin . saml2 . exception . SettingsException ( "Key<sp>is<sp>required<sp>in<sp>order<sp>to<sp>decrypt<sp>the<sp>NameID" , com . onelogin . saml2 . exception . SettingsException . PRIVATE_KEY_NOT_FOUND ) ; } com . onelogin . saml2 . util . Util . decryptElement ( encryptedData , key ) ; } nameIdNodes = this . queryAssertion ( "/saml:Subject/saml:EncryptedID/saml:NameID|/saml:Subject/saml:NameID" ) ; if ( ( nameIdNodes == null ) || ( ( nameIdNodes . getLength ( ) ) == 0 ) ) { throw new java . lang . Exception ( "Not<sp>able<sp>to<sp>decrypt<sp>the<sp>EncryptedID<sp>and<sp>get<sp>a<sp>NameID" ) ; } } else { nameIdNodes = this . queryAssertion ( "/saml:Subject/saml:NameID" ) ; } if ( ( nameIdNodes != null ) && ( ( nameIdNodes . getLength ( ) ) == 1 ) ) { nameIdElem = ( ( org . w3c . dom . Element ) ( nameIdNodes . item ( 0 ) ) ) ; if ( nameIdElem != null ) { java . lang . String value = nameIdElem . getTextContent ( ) ; if ( ( settings . isStrict ( ) ) && ( value . isEmpty ( ) ) ) { throw new com . onelogin . saml2 . exception . ValidationError ( "An<sp>empty<sp>NameID<sp>value<sp>found" , com . onelogin . saml2 . exception . ValidationError . EMPTY_NAMEID ) ; } nameIdData . put ( "Value" , value ) ; if ( nameIdElem . hasAttribute ( "/saml:Subject/saml:EncryptedID/saml:NameID|/saml:Subject/saml:NameID" 0 ) ) { nameIdData . put ( "/saml:Subject/saml:EncryptedID/saml:NameID|/saml:Subject/saml:NameID" 0 , nameIdElem . getAttribute ( "/saml:Subject/saml:EncryptedID/saml:NameID|/saml:Subject/saml:NameID" 0 ) ) ; } if ( nameIdElem . hasAttribute ( "SPNameQualifier" ) ) { java . lang . String spNameQualifier = nameIdElem . getAttribute ( "SPNameQualifier" ) ; validateSpNameQualifier ( spNameQualifier ) ; nameIdData . put ( "SPNameQualifier" , spNameQualifier ) ; } if ( nameIdElem . hasAttribute ( "NameQualifier" ) ) { nameIdData . put ( "NameQualifier" , nameIdElem . getAttribute ( "NameQualifier" ) ) ; } } } else { if ( settings . getWantNameId ( ) ) { throw new com . onelogin . saml2 . exception . ValidationError ( "/saml:Subject/saml:EncryptedID/saml:NameID|/saml:Subject/saml:NameID" 1 , com . onelogin . saml2 . exception . ValidationError . NO_NAMEID ) ; } } this . nameIdData = nameIdData ; return nameIdData ; }
### Response:
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testParseNonDefaultSetting ( ) { java . lang . String source = ( ( ( ( ( "[1" + ( getDecimalCharacter ( ) ) ) + "2323,<sp>1" ) + ( getDecimalCharacter ( ) ) ) + "4343,<sp>1" ) + ( getDecimalCharacter ( ) ) ) + "6333]" ; org . apache . commons . math4 . linear . RealMatrix expected = org . apache . commons . math4 . linear . MatrixUtils . createRealMatrix ( new double [ ] [ ] { new double [ ] { 1.2323 , 1.4343 , 1.6333 } } ) ; org . apache . commons . math4 . linear . RealMatrix actual = realMatrixFormatOctave . parse ( source ) ; <FILL_ME> ; } parse ( java . lang . String ) { java . text . ParsePosition parsePosition = new java . text . ParsePosition ( 0 ) ; org . apache . commons . math4 . geometry . euclidean . twod . Vector2D result = parse ( source , parsePosition ) ; if ( ( parsePosition . getIndex ( ) ) == 0 ) { throw new org . apache . commons . math4 . exception . MathParseException ( source , parsePosition . getErrorIndex ( ) , org . apache . commons . math4 . geometry . euclidean . twod . Vector2D . class ) ; } return result ; }
### Response:
org . junit . Assert . assertTrue ( cause . getClass ( ) . equals ( org . eclipse . gef . geometry . tests . IllegalArgumentException . class ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testParse2 ( ) { java . lang . String [ ] vars = new java . lang . String [ ] { "a" } ; cc . redberry . rings . IntegersZp domain = new cc . redberry . rings . IntegersZp ( 17 ) ; cc . redberry . rings . poly . multivar . MultivariatePolynomial . MultivariatePolynomial < cc . redberry . rings . bigint . BigInteger > poly = parse ( "8+14*a+16*a^2+11*a^3+12*a^4+a^5" , domain , cc . redberry . rings . poly . multivar . MonomialOrder . LEX , vars ) ; cc . redberry . rings . poly . multivar . MultivariatePolynomial . MultivariatePolynomial < cc . redberry . rings . bigint . BigInteger > parsed = parse ( poly . toString ( vars ) , domain , cc . redberry . rings . poly . multivar . MonomialOrder . LEX , vars ) ; <FILL_ME> ; } toString ( java . util . List ) { java . lang . StringBuilder sb = new java . lang . StringBuilder ( ) . append ( "{" ) ; for ( int i = 0 ; ; i ++ ) { sb . append ( "{" ) . append ( java . util . Arrays . stream ( d . get ( i ) ) . mapToObj ( Double :: toString ) . collect ( java . util . stream . Collectors . joining ( "," ) ) ) . append ( "}" ) ; if ( i == ( ( d . size ( ) ) - 1 ) ) break ; sb . append ( "," ) ; } sb . append ( "}" ) ; return sb . toString ( ) ; }
### Response:
org . junit . Assert . assertTrue ( ( ( principals . size ( ) ) == 0 ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testTotalFolhaPgtoComVariosFuncionario ( ) { int total = 0 ; java . lang . String nome = null ; int salario = 0 ; int esperado = 0 ; esperado = 0 ; for ( int i = 0 ; i < 10 ; i ++ ) { nome = "Nome" + i ; salario = br . com . senacrs . alp . aulas . trabalho5 . EmpresaTest . random . nextInt ( 1000 ) ; this . adicionarFuncionario ( nome , salario ) ; esperado += salario ; } total = this . empresa . totalFolhaPgto ( ) ; <FILL_ME> ; } totalFolhaPgto ( ) { return 0 ; }
### Response:
org . junit . Assert . assertEquals ( "foo" , task . get ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldFailIfOffsetIsGreaterOrEqualHeapByteBufferCapacity ( ) { final byte one = ( ( byte ) ( 1 ) ) ; final int capacity = 64 ; final int bytes = 0 ; final int offset = 64 ; java . nio . ByteBuffer buffer = java . nio . ByteBuffer . allocate ( capacity ) ; fill ( buffer , 0 , capacity , one ) ; try { org . apache . activemq . artemis . utils . ByteUtilTest . shouldZeroesByteBuffer ( buffer , offset , bytes ) ; } catch ( java . lang . IndexOutOfBoundsException expectedEx ) { final byte [ ] originalContent = org . apache . activemq . artemis . utils . ByteUtilTest . duplicateRemaining ( buffer , 0 , 0 ) ; final byte [ ] expectedContent = new byte [ capacity ] ; java . util . Arrays . fill ( expectedContent , one ) ; <FILL_ME> ; throw expectedEx ; } } duplicateRemaining ( java . nio . ByteBuffer , int , int ) { final int end = offset + bytes ; final int expectedRemaining = ( buffer . capacity ( ) ) - end ; if ( expectedRemaining <= 0 ) { return null ; } final byte [ ] remaining = new byte [ expectedRemaining ] ; final java . nio . ByteBuffer duplicate = buffer . duplicate ( ) ; duplicate . clear ( ) . position ( end ) ; duplicate . get ( remaining , 0 , expectedRemaining ) ; return remaining ; }
### Response:
org . junit . Assert . assertTrue ( ( result < 1.0 ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testResultIterator ( ) { net . sourceforge . tess4j . TessAPITest . logger . info ( "TessBaseAPIGetIterator" ) ; java . io . File tiff = new java . io . File ( this . testResourcesDataPath , "eurotext.tif" ) ; java . awt . image . BufferedImage image = javax . imageio . ImageIO . read ( new java . io . FileInputStream ( tiff ) ) ; java . nio . ByteBuffer buf = net . sourceforge . tess4j . util . ImageIOHelper . convertImageData ( image ) ; int bpp = image . getColorModel ( ) . getPixelSize ( ) ; int bytespp = bpp / 8 ; int bytespl = ( ( int ) ( java . lang . Math . ceil ( ( ( ( image . getWidth ( ) ) * bpp ) / 8.0 ) ) ) ) ; api . TessBaseAPIInit3 ( handle , datapath , language ) ; api . TessBaseAPISetPageSegMode ( handle , TessPageSegMode . PSM_AUTO ) ; api . TessBaseAPISetImage ( handle , buf , image . getWidth ( ) , image . getHeight ( ) , bytespp , bytespl ) ; net . sourceforge . tess4j . ETEXT_DESC monitor = new net . sourceforge . tess4j . ETEXT_DESC ( ) ; net . sourceforge . tess4j . TimeVal timeout = new net . sourceforge . tess4j . TimeVal ( ) ; timeout . tv_sec = new com . sun . jna . NativeLong ( 0L ) ; monitor . end_time = timeout ; net . sourceforge . tess4j . ProgressMonitor pmo = new net . sourceforge . tess4j . ProgressMonitor ( monitor ) ; pmo . start ( ) ; api . TessBaseAPIRecognize ( handle , monitor ) ; net . sourceforge . tess4j . TessAPITest . logger . info ( ( "Message:<sp>" + ( pmo . getMessage ( ) ) ) ) ; net . sourceforge . tess4j . TessResultIterator ri = api . TessBaseAPIGetIterator ( handle ) ; net . sourceforge . tess4j . TessPageIterator pi = api . TessResultIteratorGetPageIterator ( ri ) ; api . TessPageIteratorBegin ( pi ) ; net . sourceforge . tess4j . TessAPITest . logger . info ( "Bounding<sp>boxes:\nchar(s)<sp>left<sp>top<sp>right<sp>bottom<sp>confidence<sp>font-attributes" ) ; int level = TessPageIteratorLevel . RIL_WORD ; do { com . sun . jna . Pointer ptr = api . TessResultIteratorGetUTF8Text ( ri , level ) ; java . lang . String word = ptr . getString ( 0 ) ; api . TessDeleteText ( ptr ) ; float confidence = api . TessResultIteratorConfidence ( ri , level ) ; java . nio . IntBuffer leftB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer topB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer rightB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer bottomB = java . nio . IntBuffer . allocate ( 1 ) ; api . TessPageIteratorBoundingBox ( pi , level , leftB , topB , rightB , bottomB ) ; int left = leftB . get ( ) ; int top = topB . get ( ) ; int right = rightB . get ( ) ; int bottom = bottomB . get ( ) ; System . out . print ( java . lang . String . format ( "%s<sp>%d<sp>%d<sp>%d<sp>%d<sp>%f" , word , left , top , right , bottom , confidence ) ) ; java . nio . IntBuffer boldB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer italicB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer underlinedB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer monospaceB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer serifB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer smallcapsB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer pointSizeB = java . nio . IntBuffer . allocate ( 1 ) ; java . nio . IntBuffer fontIdB = java . nio . IntBuffer . allocate ( 1 ) ; java . lang . String fontName = api . TessResultIteratorWordFontAttributes ( ri , boldB , italicB , underlinedB , monospaceB , serifB , smallcapsB , pointSizeB , fontIdB ) ; boolean bold = ( boldB . get ( ) ) == ( net . sourceforge . tess4j . ITessAPI . TRUE ) ; boolean italic = ( italicB . get ( ) ) == ( net . sourceforge . tess4j . ITessAPI . TRUE ) ; boolean underlined = ( underlinedB . get ( ) ) == ( net . sourceforge . tess4j . ITessAPI . TRUE ) ; boolean monospace = ( monospaceB . get ( ) ) == ( net . sourceforge . tess4j . ITessAPI . TRUE ) ; boolean serif = ( serifB . get ( ) ) == ( net . sourceforge . tess4j . ITessAPI . TRUE ) ; boolean smallcaps = ( smallcapsB . get ( ) ) == ( net . sourceforge . tess4j . ITessAPI . TRUE ) ; int pointSize = pointSizeB . get ( ) ; int fontId = fontIdB . get ( ) ; net . sourceforge . tess4j . TessAPITest . logger . info ( java . lang . String . format ( ( "<sp>font:<sp>%s,<sp>size:<sp>%d,<sp>font<sp>id:<sp>%d,<sp>bold:<sp>%b," + "<sp>italic:<sp>%b,<sp>underlined:<sp>%b,<sp>monospace:<sp>%b,<sp>serif:<sp>%b,<sp>smallcap:<sp>%b" ) , fontName , pointSize , fontId , bold , italic , underlined , monospace , serif , smallcaps ) ) ; } while ( ( api . TessPageIteratorNext ( pi , level ) ) == ( net . sourceforge . tess4j . ITessAPI . TRUE ) ) ; <FILL_ME> ; } TessPageIteratorNext ( net . sourceforge . tess4j . ITessAPI$TessPageIterator ,
### Response:
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldAndWhereConditionsFromOneWhereClauseSqlGenerator ( ) { java . lang . String selectClause = uniqueString ( ) ; java . lang . String fromClause = uniqueString ( ) ; setupSelectAndFromClause ( selectClause , fromClause ) ; java . lang . String whereCondition1 = "a" + ( uniqueString ( ) ) ; java . lang . String whereCondition2 = "b" + ( uniqueString ( ) ) ; given ( whereClauseSqlGenerator . whereConditions ( eq ( queryData ) , eq ( alternative ) , anyString ( ) ) ) . willReturn ( newSet ( whereCondition1 , whereCondition2 ) ) ; java . lang . String sql = generator . toSql ( queryData ) ; java . lang . String expected = createMinimalSqlStatement ( selectClause , fromClause ) ; expected += ( ( ( ( ( "WHERE\n" + "<sp>" ) + whereCondition1 ) + "<sp>AND\n" ) + "<sp>" ) + whereCondition2 ) + "\n" ; <FILL_ME> ; } createMinimalSqlStatement ( java . lang . String , java . lang . String ) { java . lang . String expected = ( ( ( ( ( ( "SELECT<sp>" + selectClause ) + "\n" ) + "FROM" ) + "\n" ) + "<sp>" ) + fromClause ) + "\n" ; return expected ; }
### Response:
org . junit . Assert . assertNotNull ( command ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
verifyContentWithSeparateSignatureWrongContent ( ) { java . io . InputStream message = new java . io . ByteArrayInputStream ( "Wrong<sp>Message" . getBytes ( ) ) ; java . io . InputStream signature = this . getClass ( ) . getClassLoader ( ) . getResourceAsStream ( "detached_signature.binary" ) ; <FILL_ME> ; verifyContentWithSeparateSignature ( message , signature , "rsa" ) ; } getResourceAsStream ( java . lang . String ) { java . io . InputStream is = null ; if ( ( runtimeProviderVersion ) != null ) { is = doGetResourceAsStream ( name , runtimeProviderVersion ) ; } if ( ( is == null ) && ( ( version ) != null ) ) { is = doGetResourceAsStream ( name , version ) ; } if ( is == null ) { is = org . apache . camel . catalog . maven . MavenVersionManager . class . getClassLoader ( ) . getResourceAsStream ( name ) ; } return is ; }
### Response:
org . junit . Assert . assertNotNull ( injector ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
itHasATotal ( ) { final com . wesabe . xmlson . XmlsonObject representation = presenter . present ( accounts , com . wesabe . api . accounts . presenters . tests . USD , Locale . PRC ) ; final com . wesabe . xmlson . XmlsonObject total = ( ( com . wesabe . xmlson . XmlsonObject ) ( representation . get ( "total" ) ) ) ; <FILL_ME> ; verify ( accounts ) . getTotal ( com . wesabe . api . accounts . presenters . tests . USD , exchangeRateMap ) ; verify ( moneyPresenter ) . present ( "total" , money ( "3460.81" , com . wesabe . api . accounts . presenters . tests . USD ) , Locale . PRC ) ; } getName ( ) { return name ; }
### Response:
org . junit . Assert . assertTrue ( serializeDeserialize ( includeContentLen , isFinalFrame ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
givenAccessGuardWith2ConditionsWhenAwaitThenTimeoutAndReturnFalse ( ) { org . neo4j . logging . Log log = mock ( org . neo4j . logging . Log . class ) ; org . neo4j . kernel . availability . DatabaseAvailabilityGuard databaseAvailabilityGuard = org . neo4j . kernel . DatabaseAvailabilityGuardTest . getDatabaseAvailabilityGuard ( clock , log ) ; databaseAvailabilityGuard . require ( org . neo4j . kernel . DatabaseAvailabilityGuardTest . REQUIREMENT_1 ) ; databaseAvailabilityGuard . require ( org . neo4j . kernel . DatabaseAvailabilityGuardTest . REQUIREMENT_2 ) ; boolean result = databaseAvailabilityGuard . isAvailable ( 1000 ) ; <FILL_ME> ; } isAvailable ( long ) { return ( availability ( millis ) ) == ( org . neo4j . kernel . availability . DatabaseAvailabilityGuard . Availability . AVAILABLE ) ; }
### Response:
org . junit . Assert . assertTrue ( ( ( connection . currentXLogLocation ( ) ) > 0 ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testIsAccessPointAvailableNoScanTool ( ) { org . eclipse . kura . net . admin . monitor . WifiMonitorServiceImpl svc = new org . eclipse . kura . net . admin . monitor . WifiMonitorServiceImpl ( ) { @ org . eclipse . kura . net . admin . monitor . Override protected org . eclipse . kura . linux . net . util . IScanTool getScanTool ( java . lang . String interfaceName ) throws org . eclipse . kura . KuraException { return null ; } } ; boolean available = ( ( boolean ) ( org . eclipse . kura . core . testutil . TestUtil . invokePrivate ( svc , "isAccessPointAvailable" , "wlan0" , "ssid" ) ) ) ; <FILL_ME> ; } invokePrivate ( java . lang . Object , java . lang . String , org . eclipse . kura . core . testutil . Class [ ] , java . lang . Object [ ] ) { java . lang . reflect . Method method = org . eclipse . kura . core . testutil . TestUtil . getMethod ( svc , methodName , paramTypes ) ; method . setAccessible ( true ) ; try { java . lang . Object result = method . invoke ( svc , params ) ; return result ; } catch ( java . lang . IllegalAccessException e ) { org . eclipse . kura . core . testutil . TestUtil . logger . warn ( e . getMessage ( ) , e ) ; } catch ( java . lang . IllegalArgumentException e ) { org . eclipse . kura . core . testutil . TestUtil . logger . warn ( e . getMessage ( ) , e ) ; } catch ( java . lang . reflect . InvocationTargetException e ) { throw e . getCause ( ) ; } return null ; }
### Response:
org . junit . Assert . assertThat ( result , org . hamcrest . Matchers . equalTo ( true ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
givenVavrFunction_whenWorks_thenCorrect ( ) { io . vavr . Function1 < java . lang . Integer , java . lang . Integer > square = ( num ) -> num * num ; java . lang . Integer result = square . apply ( 2 ) ; <FILL_ME> ; } apply ( java . math . BigDecimal ) { return amount . multiply ( java . math . BigDecimal . valueOf ( 0.5 ) ) ; }
### Response:
org . junit . Assert . assertTrue ( enable ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testEmptySetToEmptyString_OK ( ) { org . vaadin . example . customer . CollectionToCommaSeparatedStringConverter converter = new org . vaadin . example . customer . CollectionToCommaSeparatedStringConverter ( ) ; java . util . Set < java . lang . String > setValue = new java . util . HashSet ( ) ; <FILL_ME> ; } convertToModel ( java . lang . String , java . lang . Class , java . util . Locale ) { return null ; }
### Response:
org . junit . Assert . assertEquals ( order . getSalePositions ( ) . size ( ) , 10 ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSend ( ) { final net . violet . platform . api . actions . Action theAction = new net . violet . platform . api . actions . messages . SendTTSMessage ( ) ; final net . violet . platform . datamodel . Application theApplication = new net . violet . platform . datamodel . mock . ApplicationMock ( 12 , "My<sp>first<sp>application" , getPrivateUser ( ) , new java . util . Date ( ) ) ; final net . violet . platform . datamodel . ApplicationCredentials cred = new net . violet . platform . datamodel . mock . ApplicationCredentialsMock ( "6992873d28d86925325dc52d15d6feec30bb2da5" , "59e6060a53ab1be5" , theApplication ) ; final net . violet . platform . api . callers . APICaller caller = new net . violet . platform . api . callers . ApplicationAPICaller ( net . violet . platform . dataobjects . ApplicationCredentialsData . getData ( cred ) ) ; final java . util . Map < java . lang . String , java . lang . Object > theParams = new java . util . HashMap < java . lang . String , java . lang . Object > ( ) ; new net . violet . platform . datamodel . mock . TtsVoiceMock ( 1L , "voix<sp>de<sp>virgine" , "Virginie" , getFrLang ( ) , "FR-Anastasie" , true , false ) ; final java . util . Calendar theCalendar = java . util . Calendar . getInstance ( ) ; theCalendar . add ( Calendar . HOUR , ( + 1 ) ) ; theParams . put ( ActionParam . SESSION_PARAM_KEY , net . violet . platform . api . authentication . SessionManager . generateSessionId ( caller , net . violet . platform . dataobjects . UserData . getData ( getPrivateUser ( ) ) , theCalendar . getTime ( ) ) ) ; theParams . put ( "recipients" , java . util . Arrays . asList ( ( ( java . lang . Object ) ( net . violet . platform . dataobjects . VObjectData . getData ( getKowalskyObject ( ) ) . getApiId ( caller ) ) ) ) ) ; theParams . put ( "text" , "Salut" ) ; theParams . put ( "voice" , "FR-Anastasie" ) ; final net . violet . platform . api . actions . ActionParam theActionParam = new net . violet . platform . api . actions . ActionParam ( caller , theParams ) ; final java . lang . Object theResult = theAction . processRequest ( theActionParam ) ; <FILL_ME> ; } put ( K , T ) { this . mMap . put ( theRef , new net . violet . db . cache . CacheReference < K , T > ( theRef , theRecord , this . mReferenceQueue ) ) ; this . mLinkedMap . put ( theRef , theRecord ) ; }
### Response:
org . junit . Assert . assertEquals ( 10 , fired ) | [
1,
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testCidParameterReadLazily ( ) { java . net . HttpURLConnection con = ( ( java . net . HttpURLConnection ) ( url . openConnection ( ) ) ) ; con . setRequestMethod ( "POST" ) ; int responseCode = con . getResponseCode ( ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( "id" , config . getId ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testLookupAbsoluteParentWhenReferenceDoesNotHaveParent ( ) { final org . kie . workbench . common . dmn . client . editors . types . common . DataType reference = mock ( org . kie . workbench . common . dmn . client . editors . types . common . DataType . class ) ; final java . lang . String parentUUID = "parentUUID" ; when ( reference . getParentUUID ( ) ) . thenReturn ( parentUUID ) ; when ( dataTypeStore . get ( parentUUID ) ) . thenReturn ( null ) ; final java . util . Optional < org . kie . workbench . common . dmn . client . editors . types . common . DataType > absoluteParent = handler . lookupAbsoluteParent ( reference ) ; <FILL_ME> ; } isPresent ( ) { return isPresent ; }
### Response:
org . junit . Assert . assertTrue ( ( ( result . size ( ) ) > 0 ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSetOutboundStandardMode ( ) { gov . hhs . fha . nhinc . configuration . jmx . PassthruMXBeanRegistry registry = gov . hhs . fha . nhinc . configuration . jmx . PassthruMXBeanRegistry . getInstance ( ) ; gov . hhs . fha . nhinc . configuration . IConfiguration . serviceEnum serviceName = gov . hhs . fha . nhinc . configuration . IConfiguration . serviceEnum . PatientDiscovery ; gov . hhs . fha . nhinc . configuration . IConfiguration . directionEnum direction = gov . hhs . fha . nhinc . configuration . IConfiguration . directionEnum . Outbound ; boolean status = true ; gov . hhs . fha . nhinc . patientdiscovery . configuration . jmx . PatientDiscovery10WebServices patientDiscovery10 = mock ( gov . hhs . fha . nhinc . patientdiscovery . configuration . jmx . PatientDiscovery10WebServices . class ) ; when ( patientDiscovery10 . getServiceName ( ) ) . thenReturn ( serviceEnum . PatientDiscovery ) ; when ( patientDiscovery10 . isOutboundStandard ( ) ) . thenReturn ( status ) ; registry . registerWebServiceMXBean ( patientDiscovery10 ) ; boolean standard = registry . isStandard ( serviceName , direction ) ; <FILL_ME> ; } isStandard ( gov . hhs . fha . nhinc . configuration . IConfiguration . serviceEnum , gov . hhs . fha . nhinc . configuration . IConfiguration . directionEnum ) { boolean standardMode = false ; for ( gov . hhs . fha . nhinc . configuration . jmx . WebServicesMXBean b : registeredBeans ) { if ( ( ( gov . hhs . fha . nhinc . configuration . jmx . PassthruMXBeanRegistry . isOutbound ( direction ) ) && ( b . getServiceName ( ) . equals ( serviceName ) ) ) && ( b . isOutboundStandard ( ) ) ) { standardMode = true ; } if ( ( ( gov . hhs . fha . nhinc . configuration . jmx . PassthruMXBeanRegistry . isInbound ( direction ) ) && ( b . getServiceName ( ) . equals ( serviceName ) ) ) && ( b . isInboundStandard ( ) ) ) { standardMode = true ; } } return standardMode ; }
### Response:
org . junit . Assert . assertEquals ( singleValue , streamStats . getStatisticValue ( Statistic . APPROX_MEDIAN ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testCheckForNonExclusion2 ( ) { edu . cornell . mannlib . vitro . webapp . searchindex . exclusions . ExcludeBasedOnType ebot = new edu . cornell . mannlib . vitro . webapp . searchindex . exclusions . ExcludeBasedOnType ( ) ; ebot . addTypeToExclude ( "http://xmlns.com/foaf/0.1/Person" ) ; edu . cornell . mannlib . vitro . webapp . beans . IndividualImpl ind = new edu . cornell . mannlib . vitro . webapp . beans . IndividualImpl ( ) ; ind . setURI ( "http://example.com/n2343" ) ; java . util . List < edu . cornell . mannlib . vitro . webapp . beans . VClass > vClassList = new java . util . ArrayList < edu . cornell . mannlib . vitro . webapp . beans . VClass > ( ) ; vClassList . add ( new edu . cornell . mannlib . vitro . webapp . beans . VClass ( "http://xmlns.com/foaf/0.1/Agent" ) ) ; vClassList . add ( new edu . cornell . mannlib . vitro . webapp . beans . VClass ( "http://example.com/Robot" ) ) ; vClassList . add ( new edu . cornell . mannlib . vitro . webapp . beans . VClass ( "http://example.com/KillerRobot" ) ) ; vClassList . add ( new edu . cornell . mannlib . vitro . webapp . beans . VClass ( "http://example.com/Droid" ) ) ; ind . setVClasses ( vClassList , false ) ; java . lang . String excludeResult = ebot . checkForExclusion ( ind ) ; <FILL_ME> ; } checkForExclusion ( edu . cornell . mannlib . vitro . webapp . beans . Individual ) { if ( ( ind != null ) && ( ( ind . getVClasses ( ) ) != null ) ) { for ( edu . cornell . mannlib . vitro . webapp . beans . VClass vclass : ind . getVClasses ( ) ) { java . lang . String excludeMsg = checkForSkip ( ind , vclass ) ; if ( excludeMsg != null ) return excludeMsg ; } } return null ; }
### Response:
org . junit . Assert . assertEquals ( healthMessages . size ( ) , 0 ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
no_triangle ( ) { try { triangulate ( new org . eclipse . gef . geometry . planar . Polygon ( 0 , 0 , 1 , 0 , 1 , 1 , 0 , 1 ) , new org . eclipse . gef . geometry . planar . Point ( 0 , 0 ) , new org . eclipse . gef . geometry . planar . Point ( 1 , 1 ) ) ; } catch ( java . lang . IllegalStateException x ) { java . lang . Throwable cause = x ; while ( ( cause . getCause ( ) ) != null ) { cause = cause . getCause ( ) ; } <FILL_ME> ; } } equals ( java . lang . Object ) { if ( ( this ) == obj ) { return true ; } if ( obj == null ) { return false ; } if ( ( getClass ( ) ) != ( obj . getClass ( ) ) ) { return false ; } org . eclipse . gef . dot . internal . language . terminals . ID other = ( ( org . eclipse . gef . dot . internal . language . terminals . ID ) ( obj ) ) ; if ( ( string ) == null ) { if ( ( other . string ) != null ) { return false ; } } else if ( ! ( string . equals ( other . string ) ) ) { return false ; } if ( ( type ) != ( other . type ) ) { return false ; } return true ; }
### Response:
org . junit . Assert . assertTrue ( matcher . match ( msg , rule ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
test_success_get_principal_by_names_empty_names ( ) { java . util . ArrayList < java . lang . String > names = new java . util . ArrayList < java . lang . String > ( ) ; java . util . List < org . ikasan . security . model . IkasanPrincipal > principals = this . xaSecurityService . getPrincipalsByName ( names ) ; <FILL_ME> ; } size ( ) { logger . debug ( "Size!<sp>" ) ; return 15000 ; }
### Response:
org . junit . Assert . assertNotNull ( group ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testAsyncTake ( ) { org . springframework . batch . admin . util . ThrottledTaskExecutor service = new org . springframework . batch . admin . util . ThrottledTaskExecutor ( new org . springframework . core . task . SimpleAsyncTaskExecutor ( ) ) ; java . util . concurrent . FutureTask < java . lang . String > task = new java . util . concurrent . FutureTask < java . lang . String > ( new java . util . concurrent . Callable < java . lang . String > ( ) { public java . lang . String call ( ) throws org . springframework . batch . admin . util . Exception { return "foo" ; } } ) ; service . execute ( task ) ; <FILL_ME> ; } get ( ) { try { T result = queue . take ( ) ; if ( ( throwable . get ( ) ) != null ) { throw new java . util . concurrent . ExecutionException ( throwable . get ( ) ) ; } return result ; } finally { cancelAndMaybeRethrow ( schedule ) ; } }
### Response:
org . junit . Assert . assertEquals ( 2 , count ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testMath785 ( ) { try { double prob = 0.01 ; org . hipparchus . distribution . continuous . FDistribution f = new org . hipparchus . distribution . continuous . FDistribution ( 200000 , 200000 ) ; double result = f . inverseCumulativeProbability ( prob ) ; <FILL_ME> ; } catch ( java . lang . Exception e ) { org . junit . Assert . fail ( "Failing<sp>to<sp>calculate<sp>inverse<sp>cumulative<sp>probability" ) ; } } inverseCumulativeProbability ( double ) { org . hipparchus . util . MathUtils . checkRangeInclusive ( p , 0 , 1 ) ; return ( p * ( ( upper ) - ( lower ) ) ) + ( lower ) ; }
### Response:
org . junit . Assert . assertArrayEquals ( expResult , result ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldInstantiateNode0 ( ) { com . spotify . trickle . TrickleNode node = com . spotify . trickle . TrickleNode . create ( new com . spotify . trickle . Func0 < java . lang . Object > ( ) { @ com . spotify . trickle . Override public com . google . common . util . concurrent . ListenableFuture < java . lang . Object > run ( ) { return future ; } } ) ; <FILL_ME> ; } run ( com . spotify . trickle . TraverseState ) { state . addBindings ( inputBindings ) ; return future ( state ) ; }
### Response:
org . junit . Assert . assertEquals ( "<sp>Given<sp>first<sp>step\n" 3 , formatterOutput ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetCommand ( ) { final org . kie . workbench . common . widgets . client . handlers . NewResourcePresenter presenter = mock ( org . kie . workbench . common . widgets . client . handlers . NewResourcePresenter . class ) ; final org . uberfire . mvp . Command command = handler . getCommand ( presenter ) ; <FILL_ME> ; command . execute ( ) ; verify ( presenter , times ( 1 ) ) . show ( handler ) ; } getCommand ( org . kie . workbench . common . widgets . client . handlers . NewResourcePresenter ) { return new org . uberfire . mvp . Command ( ) { @ org . kie . workbench . common . widgets . client . handlers . Override public void execute ( ) { newResourcePresenter . show ( org . kie . workbench . common . widgets . client . handlers . DefaultNewResourceHandler . this ) ; } } ; }
### Response:
org . junit . Assert . assertTrue ( ( ( sampleTypes . size ( ) ) > 2 ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
createDynamicModule ( ) { de . devsurf . injection . guice . scanner . StartupModule startup = de . devsurf . injection . guice . scanner . StartupModule . create ( de . devsurf . injection . guice . scanner . asm . ASMClasspathScanner . class , de . devsurf . injection . guice . scanner . PackageFilter . create ( de . devsurf . injection . guice . test . configuration . url . override . OverrideConfigTests . class ) ) ; startup . addFeature ( de . devsurf . injection . guice . configuration . features . ConfigurationFeature . class ) ; com . google . inject . Injector injector = com . google . inject . Guice . createInjector ( startup ) ; <FILL_ME> ; } addFeature ( de . devsurf . injection . guice . scanner . features . ScannerFeature ) { _collector . addScannerFeature ( listener ) ; }
### Response:
org . junit . Assert . assertTrue ( java . util . Arrays . equals ( msg . getPayloadBuffer ( ) , expectedResponseV1 ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
serializeDeserializeTest ( ) { for ( boolean includeContentLen : new boolean [ ] { true , false } ) { for ( boolean isFinalFrame : new boolean [ ] { true , false } ) { <FILL_ME> ; } } } serializeDeserialize ( boolean , boolean ) { final byte [ ] headerBytes = createHeaderBytes ( includeContentLen , isFinalFrame ) ; final com . amazonaws . encryptionsdk . model . CipherFrameHeaders reconstructedHeaders = deserialize ( includeContentLen , headerBytes ) ; final byte [ ] reconstructedHeaderBytes = reconstructedHeaders . toByteArray ( ) ; return java . util . Arrays . equals ( headerBytes , reconstructedHeaderBytes ) ? true : false ; }
### Response:
org . junit . Assert . assertEquals ( dataTag . getValueDescription ( ) , takenDesc ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldReportValidXLogPos ( ) { try ( io . debezium . connector . postgresql . connection . PostgresConnection connection = io . debezium . connector . postgresql . TestHelper . create ( ) ) { connection . connect ( ) ; <FILL_ME> ; } } currentXLogLocation ( ) { java . util . concurrent . atomic . AtomicLong result = new java . util . concurrent . atomic . AtomicLong ( 0 ) ; int majorVersion = connection ( ) . getMetaData ( ) . getDatabaseMajorVersion ( ) ; query ( ( majorVersion >= 10 ? "select<sp>*<sp>from<sp>pg_current_wal_lsn()" : "select<sp>*<sp>from<sp>pg_current_xlog_location()" ) , ( rs ) -> { if ( ! ( rs . next ( ) ) ) { throw new java . lang . IllegalStateException ( "there<sp>should<sp>always<sp>be<sp>a<sp>valid<sp>xlog<sp>position" ) ; } result . compareAndSet ( 0 , org . postgresql . replication . LogSequenceNumber . valueOf ( rs . getString ( 1 ) ) . asLong ( ) ) ; } ) ; return result . get ( ) ; }
### Response:
org . junit . Assert . assertTrue ( org . jboss . arquillian . container . jetty . embedded_7 . VersionUtil . isLessThenOrEqual ( less , then ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldRunConvertCommand ( ) { org . bukkit . command . CommandSender sender = mock ( org . bukkit . command . CommandSender . class ) ; org . bukkit . command . Command command = me . gnat008 . perworldinventory . PerworldInventoryCommandHandlingTest . newCommandWithName ( "Pwi" ) ; given ( convertCommand . getRequiredPermission ( ) ) . willCallRealMethod ( ) ; given ( permissionManager . hasPermission ( sender , AdminPermission . CONVERT ) ) . willReturn ( true ) ; boolean result = plugin . onCommand ( sender , command , "pwi" , "convert" , "abc" , "def" ) ; <FILL_ME> ; verify ( permissionManager ) . hasPermission ( sender , AdminPermission . CONVERT ) ; verify ( convertCommand ) . executeCommand ( sender , java . util . Arrays . asList ( "abc" , "def" ) ) ; } hasPermission ( org . bukkit . command . CommandSender , me . gnat008 . perworldinventory . permission . PermissionNode ) { if ( node == null ) return true ; if ( ( ! ( sender instanceof org . bukkit . entity . Player ) ) || ( ! ( usingPermissionsPlugin ) ) ) return node . getDefaultPermission ( ) . evaluate ( sender ) ; org . bukkit . entity . Player player = ( ( org . bukkit . entity . Player ) ( sender ) ) ; return player . hasPermission ( node . getNode ( ) ) ; }
### Response:
org . junit . Assert . assertNull ( blobStore . get ( null , nonExistent ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testLifecycleCertsDisabled ( ) { boolean enable = org . eclipse . kura . core . cloud . CloudServiceOptionsTest . options . isLifecycleCertsDisabled ( ) ; <FILL_ME> ; } isLifecycleCertsDisabled ( ) { boolean birthPubDisabled = false ; java . lang . String birthPubPolicy = "" ; if ( ( ( this . properties ) != null ) && ( ( this . properties . get ( org . eclipse . kura . core . cloud . CloudServiceOptions . BIRTH_CERT_POLICY ) ) instanceof java . lang . String ) ) { birthPubPolicy = ( ( java . lang . String ) ( this . properties . get ( org . eclipse . kura . core . cloud . CloudServiceOptions . BIRTH_CERT_POLICY ) ) ) ; } if ( org . eclipse . kura . core . cloud . CloudServiceLifecycleCertsPolicy . DISABLE_PUBLISHING . getValue ( ) . equals ( birthPubPolicy ) ) { birthPubDisabled = true ; } return birthPubDisabled ; }
### Response:
org . junit . Assert . assertTrue ( context . hasChanges ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
removeSalePositionTest ( ) { System . out . print ( "-><sp>removeSalePositions()<sp>-<sp>" ) ; ua . com . alexcoffee . model . order . Order order = ua . com . alexcoffee . model . order . Order . getBuilder ( ) . build ( ) ; ua . com . alexcoffee . model . position . SalePosition salePosition = new ua . com . alexcoffee . model . position . SalePosition ( ) ; order . addSalePosition ( salePosition ) ; order . addSalePositions ( getTenSalePositions ( ) ) ; order . removeSalePosition ( salePosition ) ; <FILL_ME> ; System . out . println ( "OK!" ) ; } getSalePositions ( ) { return this . salePositions ; }
### Response:
org . junit . Assert . assertEquals ( values [ i ] , com . thinkaurelius . titan . diskstorage . util . StaticArrayBuffer . getLong ( array , ( i * 8 ) ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
infiniteLoopTerminatesAtMaxTest ( ) { java . lang . String str = "" ; str += "package<sp>org.drools.compiler.integrationtests<sp>\n" ; str += ( "<sp>\n" 0 + ( org . drools . compiler . Cheese . class . getCanonicalName ( ) ) ) + "<sp>\n" ; str += "rule<sp>StringRule<sp>\n" ; str += "<sp>when<sp>\n" ; str += "<sp>\n" 1 ; str += "<sp>then<sp>\n" ; str += "<sp>update($c);<sp>\n" ; str += "end<sp>\n" ; org . kie . api . runtime . StatelessKieSession ksession = getSession ( str ) ; java . util . List < org . kie . api . command . Command < ? > > commands = new java . util . ArrayList < org . kie . api . command . Command < ? > > ( ) ; commands . add ( org . kie . internal . command . CommandFactory . newInsert ( new org . drools . compiler . Cheese ( "stilton" ) ) ) ; org . drools . core . command . runtime . rule . FireAllRulesCommand farc = ( ( org . drools . core . command . runtime . rule . FireAllRulesCommand ) ( org . kie . internal . command . CommandFactory . newFireAllRules ( 10 ) ) ) ; farc . setOutIdentifier ( "num-rules-fired" ) ; commands . add ( farc ) ; org . kie . api . runtime . ExecutionResults results = ksession . execute ( org . kie . internal . command . CommandFactory . newBatchExecution ( commands ) ) ; int fired = java . lang . Integer . parseInt ( results . getValue ( "num-rules-fired" ) . toString ( ) ) ; <FILL_ME> ; } toString ( ) { return ( ( "Bean{" + "id=" ) + ( id ) ) + '}' ; }
### Response:
org . junit . Assert . assertThat ( jobs ) | [
1,
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385,
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] | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testConstructor_StringFile ( ) { java . io . File file = mock ( java . io . File . class ) ; when ( file . exists ( ) ) . thenReturn ( true ) ; org . pentaho . platform . config . PropertiesFileConfiguration config = new org . pentaho . platform . config . PropertiesFileConfiguration ( "id" , file ) ; <FILL_ME> ; } getId ( ) { return "system" ; }
### Response:
org . junit . Assert . assertEquals ( "" , bestMessage ) | [
2,
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
should_find_with_queryresult ( ) { final java . lang . String name = "should_find_with_queryresult" ; org . apache . deltaspike . data . test . domain . Simple simple = new org . apache . deltaspike . data . test . domain . Simple ( name ) ; simple . setEnabled ( Boolean . TRUE ) ; getEntityManager ( ) . persist ( simple ) ; java . util . List < org . apache . deltaspike . data . test . domain . dto . SimpleDto > result = repository . findByNameToo ( name ) . changeOrder ( Simple_ . name . getName ( ) ) . getResultList ( ) ; <FILL_ME> ; } size ( ) { return ( this . wrappedNavigationCaseMap . size ( ) ) + ( this . viewConfigBasedNavigationCaseCache . size ( ) ) ; }
### Response:
org . junit . Assert . assertEquals ( violations . isEmpty ( ) , false ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testApproxMedianSingleValue ( ) { org . jaitools . numeric . StreamingSampleStats streamStats = new org . jaitools . numeric . StreamingSampleStats ( ) ; streamStats . setStatistic ( Statistic . APPROX_MEDIAN ) ; streamStats . offer ( singleValue ) ; <FILL_ME> ; } getStatisticValue ( org . jaitools . numeric . Statistic ) { org . jaitools . numeric . Processor p = findProcessor ( stat ) ; if ( p == null ) { throw new java . lang . IllegalStateException ( ( "requesting<sp>a<sp>result<sp>for<sp>a<sp>statistic<sp>that<sp>hasn't<sp>been<sp>set:<sp>" + stat ) ) ; } return p . get ( stat ) ; }
### Response:
org . junit . Assert . assertEquals ( 2 , finder . getApple ( "Fuji" ) . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testHealthCheck ( ) { java . util . List < org . kie . server . api . model . Message > healthMessages = kieServer . healthCheck ( false ) ; <FILL_ME> ; } size ( ) { return people . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( 2 , db . count ( q ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSuccessfulMatch ( ) { org . graylog2 . plugin . streams . StreamRule rule = getSampleRule ( ) ; rule . setValue ( "100" ) ; org . graylog2 . plugin . Message msg = getSampleMessage ( ) ; msg . addField ( "something" , "20" ) ; org . graylog2 . streams . matchers . StreamRuleMatcher matcher = getMatcher ( rule ) ; <FILL_ME> ; } match ( org . graylog2 . plugin . Message , org . graylog2 . plugin . streams . StreamRule ) { java . lang . Double msgVal = getDouble ( msg . getField ( rule . getField ( ) ) ) ; if ( msgVal == null ) { return false ; } java . lang . Double ruleVal = getDouble ( rule . getValue ( ) ) ; if ( ruleVal == null ) { return false ; } return ( rule . getInverted ( ) ) ^ ( msgVal > ruleVal ) ; }
### Response:
org . junit . Assert . assertEquals ( expected , actual ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
firstTest ( ) { com . microsoft . azure . management . compute . v2018_04_01 . ComputeTest . rgName = com . microsoft . azure . arm . utils . SdkContext . randomResourceName ( "rg" , 20 ) ; com . microsoft . azure . management . resources . ResourceGroup group = com . microsoft . azure . management . compute . v2018_04_01 . ComputeTest . resourceManager . resourceGroups ( ) . define ( com . microsoft . azure . management . compute . v2018_04_01 . ComputeTest . rgName ) . withRegion ( Region . US_WEST . toString ( ) ) . create ( ) ; <FILL_ME> ; } create ( ) { return this . create ( null , null , null , null ) ; }
### Response:
org . junit . Assert . assertNull ( err , err ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testQuitElection ( ) { elector . joinElection ( data ) ; org . mockito . Mockito . verify ( mockZK , org . mockito . Mockito . times ( 0 ) ) . close ( ) ; elector . quitElection ( true ) ; org . mockito . Mockito . verify ( mockZK , org . mockito . Mockito . times ( 1 ) ) . close ( ) ; verifyExistCall ( 0 ) ; byte [ ] data = new byte [ 8 ] ; elector . joinElection ( data ) ; <FILL_ME> ; elector . processResult ( Code . NODEEXISTS . intValue ( ) , org . apache . hadoop . ha . TestActiveStandbyElector . ZK_LOCK_NAME , mockZK , org . apache . hadoop . ha . TestActiveStandbyElector . ZK_LOCK_NAME ) ; org . mockito . Mockito . verify ( mockApp , org . mockito . Mockito . times ( 1 ) ) . becomeStandby ( ) ; verifyExistCall ( 1 ) ; } verifyExistCall ( int ) { org . mockito . Mockito . verify ( mockZK , org . mockito . Mockito . times ( times ) ) . exists ( org . mockito . Mockito . eq ( org . apache . hadoop . ha . TestActiveStandbyElector . ZK_LOCK_NAME ) , org . mockito . Mockito . < org . apache . zookeeper . Watcher > any ( ) , org . mockito . Mockito . same ( elector ) , org . mockito . Mockito . same ( mockZK ) ) ; }
### Response:
org . junit . Assert . assertEquals ( expectedPerfMessage , actualPerfMessage ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testValues ( ) { com . redhat . lightblue . query . UpdateOperator [ ] expResult = new com . redhat . lightblue . query . UpdateOperator [ ] { UpdateOperator . _set , UpdateOperator . _unset , UpdateOperator . _add , UpdateOperator . _append , UpdateOperator . _insert , UpdateOperator . _foreach } ; com . redhat . lightblue . query . UpdateOperator [ ] result = com . redhat . lightblue . query . UpdateOperator . values ( ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( expectedValue , result ) | [
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
should_use_scenario_location_when_before_hook_fails ( ) { cucumber . runtime . model . CucumberFeature feature = cucumber . runner . TestHelper . feature ( "<sp>Given<sp>first<sp>step\n" 1 , ( "" + ( ( ( ( "Feature:<sp>feature<sp>name\n" + "<sp>Scenario:<sp>scenario<sp>name\n" ) + "<sp>Given<sp>first<sp>step\n" ) + "<sp>Given<sp>first<sp>step\n" 2 ) + "<sp>Then<sp>third<sp>step\n" ) ) ) ; features . add ( feature ) ; stepsToResult . put ( "first<sp>step" , result ( "passed" ) ) ; stepsToResult . put ( "second<sp>step" , result ( "passed" ) ) ; stepsToResult . put ( "<sp>Given<sp>first<sp>step\n" 0 , result ( "passed" ) ) ; hooks . add ( cucumber . runner . TestHelper . hookEntry ( "before" , result ( "failed" ) ) ) ; java . lang . String formatterOutput = runFeaturesWithFormatter ( false ) ; <FILL_ME> ; } runFeaturesWithFormatter ( boolean ) { final java . lang . StringBuffer report = new java . lang . StringBuffer ( ) ; final cucumber . runtime . formatter . RerunFormatter formatter = new cucumber . runtime . formatter . RerunFormatter ( report ) ; formatter . setStrict ( isStrict ) ; cucumber . runner . TestHelper . builder ( ) . withFormatterUnderTest ( formatter ) . withFeatures ( features ) . withStepsToResult ( stepsToResult ) . withHooks ( hooks ) . withTimeServiceIncrement ( 0L ) . build ( ) . run ( ) ; return report . toString ( ) ; }
### Response:
org . junit . Assert . assertEquals ( true , options . verbose ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetSampleTypes ( ) { java . util . List < ca . on . oicr . pinery . api . Type > sampleTypes = sut . getTypes ( ) ; <FILL_ME> ; } size ( ) { return map . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( address , readAddress ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
allOnMessage ( ) { org . openhab . binding . zwave . internal . protocol . commandclass . ZWaveSwitchAllCommandClass cls = ( ( org . openhab . binding . zwave . internal . protocol . commandclass . ZWaveSwitchAllCommandClass ) ( getCommandClass ( CommandClass . COMMAND_CLASS_SWITCH_ALL ) ) ) ; org . openhab . binding . zwave . internal . protocol . transaction . ZWaveCommandClassTransactionPayload msg ; byte [ ] expectedResponseV1 = new byte [ ] { 39 , 4 } ; cls . setVersion ( 1 ) ; msg = cls . allOnMessage ( ) ; <FILL_ME> ; } getPayloadBuffer ( ) { return payload ; }
### Response:
org . junit . Assert . assertThat ( actual . size ( ) , org . hamcrest . CoreMatchers . is ( org . hamcrest . CoreMatchers . equalTo ( 3 ) ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testValueDescriptionTruncation ( ) { cern . c2mon . server . common . datatag . DataTagCacheObject dataTag = new cern . c2mon . server . common . datatag . DataTagCacheObject ( java . lang . Long . valueOf ( 2 ) , "test<sp>name" , "Float" , cern . c2mon . shared . common . datatag . DataTagConstants . MODE_OPERATIONAL ) ; char [ ] chars = new char [ ( DataTagCacheObjectFacade . MAX_DESC_LENGTH ) + 1 ] ; java . util . Arrays . fill ( chars , 'v' ) ; chars [ DataTagCacheObjectFacade . MAX_DESC_LENGTH ] = 'a' ; java . lang . String valueDesc = new java . lang . String ( chars ) ; char [ ] charsTag = new char [ DataTagCacheObjectFacade . MAX_DESC_LENGTH ] ; java . util . Arrays . fill ( charsTag , 'v' ) ; java . lang . String takenDesc = new java . lang . String ( charsTag ) ; facade . updateValue ( dataTag , 1.0F , valueDesc ) ; <FILL_ME> ; } getValueDescription ( ) { if ( ( ( this . valueDescription ) == null ) || ( this . valueDescription . equalsIgnoreCase ( "" ) ) ) { return "Client<sp>rule<sp>tag<sp>result" ; } return this . valueDescription ; }
### Response:
org . junit . Assert . assertEquals ( 1 , bestPools . size ( ) ) | [
2,
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldBeLessEqual ( ) { org . jboss . arquillian . container . jetty . embedded_7 . VersionUtil . Version less = org . jboss . arquillian . container . jetty . embedded_7 . VersionUtil . extract ( "7.1" ) ; org . jboss . arquillian . container . jetty . embedded_7 . VersionUtil . Version then = org . jboss . arquillian . container . jetty . embedded_7 . VersionUtil . extract ( "7.1" ) ; <FILL_ME> ; } isLessThenOrEqual ( java . lang . String , java . lang . String ) { return org . jboss . arquillian . container . jetty . embedded_7 . VersionUtil . isLessThenOrEqual ( org . jboss . arquillian . container . jetty . embedded_7 . VersionUtil . extract ( less ) , org . jboss . arquillian . container . jetty . embedded_7 . VersionUtil . extract ( then ) ) ; }
### Response:
org . junit . Assert . assertTrue ( success ) | [
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
getNonExistent ( ) { final java . nio . file . Path blobDbx = temporaryFolder . getRoot ( ) . toPath ( ) . resolve ( "blob.dbx" ) ; final java . nio . file . Path blobDir = temporaryFolder . newFolder ( "blob" ) . toPath ( ) ; final com . evolvedbinary . j8fu . tuple . Tuple2 < byte [ ] , org . exist . util . crypto . digest . MessageDigest > testFile = generateTestFile ( ) ; try ( final org . exist . storage . blob . BlobStore blobStore = org . exist . storage . blob . BlobStoreImplTest . newBlobStore ( blobDbx , blobDir ) ) { blobStore . open ( ) ; final org . exist . storage . blob . BlobId storedId = addAndVerify ( blobStore , testFile ) ; final org . exist . storage . blob . BlobId nonExistent = new org . exist . storage . blob . BlobId ( reverse ( storedId . getId ( ) ) ) ; <FILL_ME> ; } } get ( java . lang . String , java . lang . String ) { final org . exist . xquery . modules . cache . Cache cache = CacheModule . caches . get ( cacheName ) ; if ( ! ( context . getEffectiveUser ( ) . hasDbaRole ( ) ) ) { final java . util . Optional < java . lang . String > getGroup = cache . getConfig ( ) . getPermissions ( ) . flatMap ( CacheConfig . Permissions :: getGetGroup ) ; if ( getGroup . isPresent ( ) ) { if ( ! ( context . getEffectiveUser ( ) . hasGroup ( getGroup . get ( ) ) ) ) { throw new org . exist . xquery . XPathException ( this , INSUFFICIENT_PERMISSIONS , "User<sp>does<sp>not<sp>have<sp>the<sp>appropriate<sp>permissions<sp>to<sp>get<sp>data<sp>from<sp>this<sp>cache" ) ; } } } return cache . get ( key ) ; }
### Response:
org . junit . Assert . assertEquals ( aggregator , aggregator1 ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testHasChangesRealModify ( ) { org . apache . cayenne . testdo . testmap . Artist artist = ( ( org . apache . cayenne . testdo . testmap . Artist ) ( context . newObject ( "Artist" ) ) ) ; artist . setArtistName ( "ArtistName" ) ; context . commitChanges ( ) ; artist . setArtistName ( "Something<sp>different" ) ; <FILL_ME> ; } hasChanges ( ) { return graphManager . hasChanges ( ) ; }
### Response:
org . junit . Assert . assertFalse ( abortResult ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
staticArrayBufferTest ( ) { long [ ] values = new long [ ] { 2342342342L , 2342 , 0 , - 1 , - 214252345234L } ; byte [ ] array = new byte [ ( values . length ) * 8 ] ; for ( int i = 0 ; i < ( values . length ) ; i ++ ) { com . thinkaurelius . titan . diskstorage . util . StaticArrayBuffer . putLong ( array , ( i * 8 ) , values [ i ] ) ; } for ( int i = 0 ; i < ( values . length ) ; i ++ ) { <FILL_ME> ; } } getLong ( byte [ ] , int ) { return ( ( ( ( ( ( ( ( ( long ) ( array [ ( offset ++ ) ] ) ) << 56 ) | ( ( ( long ) ( ( array [ ( offset ++ ) ] ) & 255 ) ) << 48 ) ) | ( ( ( long ) ( ( array [ ( offset ++ ) ] ) & 255 ) ) << 40 ) ) | ( ( ( long ) ( ( array [ ( offset ++ ) ] ) & 255 ) ) << 32 ) ) | ( ( ( long ) ( ( array [ ( offset ++ ) ] ) & 255 ) ) << 24 ) ) | ( ( ( array [ ( offset ++ ) ] ) & 255 ) << 16 ) ) | ( ( ( array [ ( offset ++ ) ] ) & 255 ) << 8 ) ) | ( ( array [ ( offset ++ ) ] ) & 255 ) ; }
### Response:
org . junit . Assert . assertEquals ( 5 , list . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
getAllJobs_should_get_job_names_for_all_group_name ( ) { final org . quartz . JobKey job1 = org . quartz . JobKey . jobKey ( "job1" , "aGroup" ) ; final org . quartz . JobKey job2 = org . quartz . JobKey . jobKey ( "job2" , "aGroup" ) ; final org . quartz . JobKey job3 = org . quartz . JobKey . jobKey ( "job3" , "anotherGroup" ) ; doReturn ( newSet ( job1 , job2 , job3 ) ) . when ( scheduler ) . getJobKeys ( org . quartz . impl . matchers . GroupMatcher . jobGroupStartsWith ( "" ) ) ; final java . util . List < java . lang . String > jobs = quartzSchedulerExecutor . getAllJobs ( ) ; <FILL_ME> . containsOnly ( job1 . getName ( ) , job2 . getName ( ) , job3 . getName ( ) ) ; } getAllJobs ( ) { try { checkSchedulerState ( ) ; final java . util . Set < org . quartz . JobKey > jobKeys = scheduler . getJobKeys ( org . quartz . impl . matchers . GroupMatcher . jobGroupStartsWith ( "" ) ) ; final java . util . List < java . lang . String > jobsNames = new java . util . ArrayList < java . lang . String > ( jobKeys . size ( ) ) ; for ( final org . quartz . JobKey jobKey : jobKeys ) { jobsNames . add ( jobKey . getName ( ) ) ; } return jobsNames ; } catch ( final org . quartz . SchedulerException e ) { throw new org . bonitasoft . engine . scheduler . exception . SSchedulerException ( e ) ; } }
### Response:
org . junit . Assert . assertEquals ( expResult , result ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
bestErrorMessageEmptyErrorMessage ( ) { final java . lang . String errorReason = "" ; java . lang . String bestMessage = com . microsoft . azure . sdk . iot . deps . serializer . ErrorMessageParser . bestErrorMessage ( errorReason ) ; <FILL_ME> ; } bestErrorMessage ( java . lang . String ) { if ( rootException != null ) { rootMessage = ( rootMessage + "<sp>" ) + rootException ; } return rootMessage ; }
### Response:
org . junit . Assert . assertTrue ( actual . exists ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
ifWorkingIsFalse_workingValidationFails ( ) { org . baeldung . User user = new org . baeldung . User ( ) ; user . setName ( "MyName" ) ; user . setAboutMe ( "Its<sp>all<sp>about<sp>me!!" ) ; user . setAge ( 50 ) ; java . util . Set < javax . validation . ConstraintViolation < org . baeldung . User > > violations = validator . validate ( user ) ; <FILL_ME> ; } isEmpty ( ) { return ( total ) == 0 ; }
### Response:
org . junit . Assert . assertEquals ( expected , result ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testBasicConnection ( ) { javax . xml . namespace . QName serviceName = new javax . xml . namespace . QName ( "http://type_substitution.systest.cxf.apache.org/" , "AppleFinder" ) ; javax . xml . namespace . QName portName = new javax . xml . namespace . QName ( "http://type_substitution.systest.cxf.apache.org/" , "AppleFinderPort" ) ; javax . xml . ws . Service service = javax . xml . ws . Service . create ( serviceName ) ; java . lang . String endpointAddress = ( "http://localhost:" + ( org . apache . cxf . systest . type_substitution . AppleFindClientServerTest . PORT ) ) + "/appleFind" ; service . addPort ( portName , SOAPBinding . SOAP11HTTP_BINDING , endpointAddress ) ; org . apache . cxf . systest . type_substitution . AppleFinder finder = service . getPort ( org . apache . cxf . systest . type_substitution . AppleFinder . class ) ; <FILL_ME> ; } getApple ( java . lang . String ) { if ( "Fuji" . equalsIgnoreCase ( appleType ) ) { java . util . List < org . apache . cxf . systest . type_substitution . Apple > apples = new java . util . ArrayList ( ) ; apples . add ( new org . apache . cxf . systest . type_substitution . Fuji ( "Red" , "mild" , "Fuji-1" ) ) ; apples . add ( new org . apache . cxf . systest . type_substitution . Fuji ( "Yellow" , "sweet" , "Fuji-2" ) ) ; return apples ; } return null ; }
### Response:
org . junit . Assert . assertEquals ( "" , result ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
orQuery ( ) { final com . yandex . yoctodb . mutable . DatabaseBuilder dbBuilder = com . yandex . yoctodb . DatabaseFormat . getCurrent ( ) . newDatabaseBuilder ( ) ; dbBuilder . merge ( com . yandex . yoctodb . DatabaseFormat . getCurrent ( ) . newDocumentBuilder ( ) . withField ( "text" , "doc1234" , com . yandex . yoctodb . FULL ) . withField ( "int" , 1 , com . yandex . yoctodb . FULL ) . withPayload ( "payload1" . getBytes ( ) ) ) ; dbBuilder . merge ( com . yandex . yoctodb . DatabaseFormat . getCurrent ( ) . newDocumentBuilder ( ) . withField ( "text" , "doc2" , com . yandex . yoctodb . FULL ) . withField ( "int" , 2 , com . yandex . yoctodb . FULL ) . withPayload ( "payload2" . getBytes ( ) ) ) ; final java . io . ByteArrayOutputStream os = new java . io . ByteArrayOutputStream ( ) ; dbBuilder . buildWritable ( ) . writeTo ( os ) ; final com . yandex . yoctodb . immutable . Database db = com . yandex . yoctodb . DatabaseFormat . getCurrent ( ) . getDatabaseReader ( ) . from ( com . yandex . yoctodb . util . buf . Buffer . from ( os . toByteArray ( ) ) ) ; final com . yandex . yoctodb . query . Query q = select ( ) . where ( or ( eq ( "int" , from ( 1 ) ) , eq ( "text" , from ( "doc2" ) ) ) ) ; <FILL_ME> ; } count ( com . yandex . yoctodb . query . Query ) { throw new java . lang . IllegalStateException ( ) ; }
### Response:
org . junit . Assert . assertEquals ( queryRequest , runQuery . getValue ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testNonGenericExtends ( ) { final cz . habarta . typescript . generator . Settings settings = cz . habarta . typescript . generator . TestUtils . settings ( ) ; settings . sortDeclarations = true ; final java . io . StringWriter stringWriter = new java . io . StringWriter ( ) ; new cz . habarta . typescript . generator . TypeScriptGenerator ( settings ) . generateEmbeddableTypeScript ( cz . habarta . typescript . generator . Input . from ( cz . habarta . typescript . generator . GenericsTest . E . class ) , cz . habarta . typescript . generator . Output . to ( stringWriter ) , true , 0 ) ; final java . lang . String actual = stringWriter . toString ( ) . trim ( ) ; final java . lang . String nl = settings . newline ; final java . lang . String expected = ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( "export<sp>interface<sp>D<T><sp>{" + nl ) + "<sp>x:<sp>T;" ) + nl ) + "}" ) + nl ) + "" ) + nl ) + "export<sp>interface<sp>E<sp>extends<sp>D<F><sp>{" ) + nl ) + "}" ) + nl ) + "" ) + nl ) + "export<sp>interface<sp>F<sp>{" ) + nl ) + "}" ; <FILL_ME> ; } toString ( ) { return ( ( ( "TsGenURLClassLoader{" + ( name ) ) + ",<sp>parent:<sp>" ) + ( getParent ( ) ) ) + "}" ; }
### Response:
org . junit . Assert . assertEquals ( com . b2international . snowowl . core . events . util . Integer . class , req . getReturnType ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testDepthToSpace ( ) { org . nd4j . linalg . factory . Nd4j . getRandom ( ) . setSeed ( 1337 ) ; int miniBatch = 128 ; int blockSize = 4 ; java . lang . String dataFormat = "NHWC" ; int isNHWC = ( dataFormat . equals ( "NHWC" ) ) ? 1 : 0 ; int [ ] inputShape = new int [ ] { miniBatch , 2 , 2 , blockSize * blockSize } ; org . nd4j . linalg . api . ndarray . INDArray input = org . nd4j . linalg . factory . Nd4j . randn ( inputShape ) ; org . nd4j . autodiff . samediff . SameDiff sd = org . nd4j . autodiff . samediff . SameDiff . create ( ) ; org . nd4j . autodiff . samediff . SDVariable sdInput = sd . var ( "in" , inputShape ) ; org . nd4j . linalg . api . ndarray . INDArray expOut = org . nd4j . linalg . factory . Nd4j . create ( miniBatch , ( 2 * blockSize ) , ( 2 * blockSize ) , 1 ) ; org . nd4j . linalg . api . ops . DynamicCustomOp op = new org . nd4j . linalg . api . ops . impl . layers . convolution . DepthToSpace ( input , expOut , blockSize , dataFormat ) ; org . nd4j . linalg . factory . Nd4j . getExecutioner ( ) . exec ( op ) ; sd . associateArrayWithVariable ( input , sdInput ) ; org . nd4j . autodiff . samediff . SDVariable t = sd . cnn ( ) . depthToSpace ( "dts" , sdInput , blockSize , dataFormat ) ; org . nd4j . autodiff . samediff . SDVariable loss = sd . mean ( "loss" , t ) ; java . lang . String err = org . nd4j . autodiff . validation . OpValidation . validate ( new org . nd4j . autodiff . validation . TestCase ( sd ) . expectedOutput ( "dts" , expOut ) . gradientCheck ( true ) ) ; <FILL_ME> ; } gradientCheck ( boolean ) { this . setGradientCheck ( isGradientCheck ) ; return this ; }
### Response:
org . junit . Assert . assertEquals ( 3 , matches . size ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetSetPerfMessage ( ) { java . lang . String expectedPerfMessage = "testGetSetPerfMessage" ; com . microsoft . windowsazure . services . media . models . TaskInfo TaskInfo = new com . microsoft . windowsazure . services . media . models . TaskInfo ( null , new com . microsoft . windowsazure . services . media . implementation . content . TaskType ( ) . setPerfMessage ( expectedPerfMessage ) ) ; java . lang . String actualPerfMessage = TaskInfo . getPerfMessage ( ) ; <FILL_ME> ; } getPerfMessage ( ) { return getContent ( ) . getPerfMessage ( ) ; }
### Response:
org . junit . Assert . assertTrue ( java . util . Arrays . equals ( fileBytes , rotationPipeReaderState . currentFrame ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
whenFindPatternUsingScanner_thenFound ( ) { final java . lang . String expectedValue = "world" ; final java . io . FileInputStream inputStream = new java . io . FileInputStream ( "src/test/resources/test_read.in" ) ; final java . util . Scanner scanner = new java . util . Scanner ( inputStream ) ; final java . lang . String result = scanner . findInLine ( "wo..d" ) ; <FILL_ME> ; scanner . close ( ) ; }
### Response:
org . junit . Assert . assertThat ( e . getSource ( ) , org . hamcrest . Matchers . is ( application ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
verboseOptionCanBeSetWithLongOpt ( ) { java . lang . String [ ] args = makeArgs ( "-verbose" ) ; options = createOptions ( args ) ; <FILL_ME> ; } verbose ( ) { return verbose ; }
### Response:
org . junit . Assert . assertEquals ( spy . findRedirectUrl ( ) , rm1Url ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
parseTagWithDBHardwareAddress ( ) { cern . c2mon . shared . common . datatag . address . HardwareAddress address = new cern . c2mon . shared . common . datatag . address . impl . DBHardwareAddressImpl ( "itemName" ) ; cern . c2mon . shared . common . datatag . address . HardwareAddress readAddress = serializeDeserializeAddress ( address ) ; <FILL_ME> ; } serializeDeserializeAddress ( cern . c2mon . shared . common . datatag . address . HardwareAddress ) { try { java . lang . String jsonMessage = cern . c2mon . server . configuration . parser . toJSON . ParseToJSON . mapper . writeValueAsString ( address ) ; return cern . c2mon . server . configuration . parser . toJSON . ParseToJSON . mapper . readValue ( jsonMessage , cern . c2mon . shared . common . datatag . address . HardwareAddress . class ) ; } catch ( java . io . IOException e ) { return null ; } }
### Response:
org . junit . Assert . assertEquals ( 1 , pojo . count ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
to_A$Long ( ) { com . m3 . scalaflavor4j . Seq < java . lang . Long > actual = com . m3 . scalaflavor4j . SLong . apply ( 1L ) . to ( 3L ) ; <FILL_ME> ; } size ( ) { return 0 ; }
### Response:
org . junit . Assert . assertThat ( formatter . isMonochrome ( ) , org . hamcrest . CoreMatchers . is ( true ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSelectBestPoolsShouldSelectPoolWithMismatchedRole ( ) { org . candlepin . model . Product product69 = new org . candlepin . model . Product ( ) ; product69 . setId ( "compliant-69" ) ; consumer . setRole ( "my_role" ) ; org . candlepin . model . ConsumerInstalledProduct consumerInstalledProduct = new org . candlepin . model . ConsumerInstalledProduct ( product69 ) ; consumer . addInstalledProduct ( consumerInstalledProduct ) ; org . candlepin . model . Product prodMCT1650 = createSysPurposeProduct ( null , "provided_role" , null , null , null ) ; org . candlepin . model . Pool MCT1650 = org . candlepin . test . TestUtil . createPool ( owner , prodMCT1650 ) ; MCT1650 . setId ( "MCT1650" ) ; MCT1650 . addProvidedProduct ( product69 ) ; MCT1650 . setQuantity ( 1L ) ; java . util . List < org . candlepin . model . Pool > pools = new java . util . ArrayList ( ) ; pools . add ( MCT1650 ) ; java . util . List < org . candlepin . model . PoolQuantity > bestPools = autobindRules . selectBestPools ( consumer , new java . lang . String [ ] { "compliant-69" } , pools , compliance , null , new java . util . HashSet ( ) , false ) ; <FILL_ME> ; } size ( ) { return virtUuidToConsumerMap . keySet ( ) . size ( ) ; }
### Response:
org . junit . Assert . assertEquals ( expected , actual ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testConstructorZeroLength ( ) { boolean success = false ; try { @ com . mozilla . bagheera . validation . SuppressWarnings ( "unused" ) com . mozilla . bagheera . validation . Validator v = new com . mozilla . bagheera . validation . Validator ( new java . lang . String [ 0 ] ) ; } catch ( java . lang . IllegalArgumentException e ) { success = true ; } <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( expResult , result ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testSerde ( ) { org . apache . druid . jackson . DefaultObjectMapper mapper = new org . apache . druid . jackson . DefaultObjectMapper ( ) ; org . apache . druid . query . aggregation . post . ConstantPostAggregator aggregator = new org . apache . druid . query . aggregation . post . ConstantPostAggregator ( "aggregator" , 2 ) ; org . apache . druid . query . aggregation . post . ConstantPostAggregator aggregator1 = mapper . readValue ( mapper . writeValueAsString ( aggregator ) , org . apache . druid . query . aggregation . post . ConstantPostAggregator . class ) ; <FILL_ME> ; }
### Response:
org . junit . Assert . assertEquals ( "maxsearchresult" , com . ibm . ws . security . wim . core . fat . MaxSearchResultTest . servlet . getRealm ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testAbortProcedureFail ( ) { java . util . Random randomGenerator = new java . util . Random ( ) ; long procId = randomGenerator . nextLong ( ) ; boolean abortResult = org . apache . hadoop . hbase . client . TestAdmin2 . ADMIN . abortProcedure ( procId , true ) ; <FILL_ME> ; } abortProcedure ( long , boolean ) { throw new org . apache . commons . lang3 . NotImplementedException ( "abortProcedure<sp>not<sp>supported<sp>in<sp>ThriftAdmin" ) ; }
### Response:
org . junit . Assert . assertEquals ( from . get ( i ) , to . get ( i ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
test ( ) { java . util . List < java . lang . String > list = clz . generateParenthesis ( 3 ) ; <FILL_ME> ; } size ( ) { return count ; }
### Response:
org . junit . Assert . assertEquals ( profile . startPort , result . startPort ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testRtrim ( ) { logger . info ( "rtrim" ) ; java . lang . String s = "test<sp>" ; java . lang . String expResult = "test" ; java . lang . String result = com . datumbox . framework . core . common . utilities . PHPMethods . rtrim ( s ) ; <FILL_ME> ; } rtrim ( java . lang . String ) { return com . datumbox . framework . core . common . utilities . PHPMethods . RTRIM . matcher ( s ) . replaceAll ( "" ) ; }
### Response:
org . junit . Assert . assertEquals ( 1 , collection . getGametrees ( ) . size ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldReturnADefaultJavaExecutableWhenNoneIsSpecified ( ) { this . options . setJavaExecutable ( null ) ; java . io . File actual = new java . io . File ( this . testee . getJavaExecutable ( ) . javaExecutable ( ) ) ; if ( java . lang . System . getProperty ( "os.name" ) . contains ( "Windows" ) ) { actual = new java . io . File ( ( ( actual . getPath ( ) ) + ".exe" ) ) ; } <FILL_ME> ; } exists ( ) { return ( a ) -> ( a . exists ( ) ) && ( a . canRead ( ) ) ; }
### Response:
org . junit . Assert . assertNull ( retval ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testWriteToStringFullyConfigured ( ) { au . gov . ga . earthsci . common . color . ColorMap map = au . gov . ga . earthsci . common . color . ColorMapBuilder . createColorMap ( ) . named ( "test" ) . describedAs ( "Test<sp>map" ) . using ( InterpolationMode . INTERPOLATE_HUE ) . withPercentageValues ( ) . withEntry ( 0.0 , Color . BLACK ) . withEntry ( 1.0 , Color . WHITE ) . withNodata ( Color . RED ) . build ( ) ; java . lang . String result = classUnderTest . writeToString ( map ) ; java . lang . String expected = ( ( ( ( "test|Test<sp>map|INTERPOLATE_HUE|1|" + ( Color . RED . getRGB ( ) ) ) + "|0.0," ) + ( Color . BLACK . getRGB ( ) ) ) + ",1.0," ) + ( Color . WHITE . getRGB ( ) ) ; <FILL_ME> ; } getRGB ( ) { return rgb ; }
### Response:
org . junit . Assert . assertEquals ( "Dummy<sp>Exception" , ioe . getMessage ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
getPublicDNS_Empty ( ) { java . lang . String accessInfo = getUnableAccessInfo ( ) ; java . lang . String result = handler . getPublicDNS ( accessInfo ) ; <FILL_ME> ; } getPublicDNS ( java . lang . String ) { com . amazonaws . services . ec2 . model . DescribeInstancesResult result = getEC2 ( ) . describeInstances ( new com . amazonaws . services . ec2 . model . DescribeInstancesRequest ( ) . withInstanceIds ( instanceId ) ) ; java . util . List < com . amazonaws . services . ec2 . model . Reservation > reservations = result . getReservations ( ) ; java . util . Set < com . amazonaws . services . ec2 . model . Instance > instances = new java . util . HashSet < com . amazonaws . services . ec2 . model . Instance > ( ) ; for ( com . amazonaws . services . ec2 . model . Reservation reservation : reservations ) { instances . addAll ( reservation . getInstances ( ) ) ; if ( ( instances . size ( ) ) > 0 ) { return instances . iterator ( ) . next ( ) . getPublicDnsName ( ) ; } } return null ; }
### Response:
org . junit . Assert . assertEquals ( org . eclipse . kura . linux . position . GpsDeviceTrackerTest . getUri ( "/dev/ttyFOO" ) . toString ( ) , trackedUri . toString ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
withEqualityFilterForDocumentSnapshotCursor ( ) { doAnswer ( com . google . cloud . firestore . LocalFirestoreHelper . queryResponse ( ) ) . when ( firestoreMock ) . streamRequest ( runQuery . capture ( ) , streamObserverCapture . capture ( ) , org . mockito . Matchers . < com . google . api . gax . rpc . ServerStreamingCallable > any ( ) ) ; query . whereEqualTo ( "foo" , "bar" ) . startAt ( com . google . cloud . firestore . LocalFirestoreHelper . SINGLE_FIELD_SNAPSHOT ) . get ( ) ; com . google . firestore . v1 . Value documentBoundary = com . google . firestore . v1 . Value . newBuilder ( ) . setReferenceValue ( ( ( query . getResourcePath ( ) . toString ( ) ) + "/doc" ) ) . build ( ) ; com . google . firestore . v1 . RunQueryRequest queryRequest = com . google . cloud . firestore . LocalFirestoreHelper . query ( com . google . cloud . firestore . LocalFirestoreHelper . filter ( Operator . EQUAL ) , com . google . cloud . firestore . LocalFirestoreHelper . order ( "__name__" , StructuredQuery . Direction . ASCENDING ) , com . google . cloud . firestore . LocalFirestoreHelper . startAt ( documentBoundary , true ) ) ; <FILL_ME> ; } getValue ( ) { return value ; }
### Response:
org . junit . Assert . assertEquals ( expected , result ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
lambdaGetReturnType ( ) { final com . b2international . snowowl . core . events . Request < com . b2international . snowowl . core . ServiceProvider , java . lang . Integer > req = ( context ) -> 0 ; <FILL_ME> ; } getReturnType ( ) { return next . getReturnType ( ) ; }
### Response:
org . junit . Assert . assertEquals ( "foo" , actual . getMutationEngine ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testCleanOverlappingWithGerman ( ) { org . languagetool . JLanguageTool tool = new org . languagetool . JLanguageTool ( new org . languagetool . language . GermanyGerman ( ) ) ; java . util . List < org . languagetool . rules . RuleMatch > matches = tool . check ( "TRGS<sp>-<sp>Technische<sp>Regeln<sp>fr<sp>Gefahrstoffe" ) ; <FILL_ME> ; } check ( org . languagetool . markup . AnnotatedText ) { return langTool . check ( annotatedText ) ; }
### Response:
org . junit . Assert . assertNull ( vp . getScreenToWorld ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldDownscaleImagesTest ( ) { int iterations = 5 ; int j = iterations ; while ( ( -- j ) >= 0 ) { setup ( ) ; com . ociweb . pronghorn . stage . scheduling . NonThreadScheduler scheduler = new com . ociweb . pronghorn . stage . scheduling . NonThreadScheduler ( gm ) ; scheduler . startup ( ) ; if ( com . ociweb . pronghorn . pipe . PipeWriter . tryWriteFragment ( imageRotationInputPipe , ImageRotationSchema . MSG_ROTATIONREQUEST_1 ) ) { com . ociweb . pronghorn . pipe . PipeWriter . writeLong ( imageRotationInputPipe , ImageRotationSchema . MSG_ROTATIONREQUEST_1_FIELD_NUMERATOR_101 , com . ociweb . pronghorn . image . ImageRotationStageTest . ROTATION_ANGLE [ 0 ] ) ; com . ociweb . pronghorn . pipe . PipeWriter . writeLong ( imageRotationInputPipe , ImageRotationSchema . MSG_ROTATIONREQUEST_1_FIELD_DENOMINATOR_201 , com . ociweb . pronghorn . image . ImageRotationStageTest . ROTATION_ANGLE [ 1 ] ) ; com . ociweb . pronghorn . pipe . PipeWriter . writeLong ( imageRotationInputPipe , ImageRotationSchema . MSG_ROTATIONREQUEST_1_FIELD_TIMESTAMP_301 , Long . MAX_VALUE ) ; com . ociweb . pronghorn . pipe . PipeWriter . publishWrites ( imageRotationInputPipe ) ; } while ( ( rotationPipeReaderState . framesProcessed ) <= 0 ) { scheduler . run ( ) ; com . ociweb . pronghorn . image . ImageRotationStageTest . readFromRotationPipe ( rotationOutputPipe , rotationPipeReaderState , LinuxImageCaptureStage . OUTPUT_ENCODING ) ; } try { java . nio . file . Path filePath = java . nio . file . Paths . get ( "src" , "test" , "images" , "cat1-320-240.rotated" ) ; byte [ ] fileBytes = java . nio . file . Files . readAllBytes ( filePath ) ; <FILL_ME> ; } catch ( java . io . IOException e ) { org . junit . Assert . fail ( e . getMessage ( ) ) ; } } } readFromRotationPipe ( com . ociweb . pronghorn . pipe . Pipe , com . ociweb . pronghorn . image . ImageRotationStageTest$RotationPipeReaderState , byte [ ] ) { if ( com . ociweb . pronghorn . pipe . PipeReader . tryReadFragment ( pipe ) ) { switch ( com . ociweb . pronghorn . pipe . PipeReader . getMsgIdx ( pipe ) ) { case com . ociweb . pronghorn . image . schema . ImageSchema . MSG_FRAMESTART_1 : int width = com . ociweb . pronghorn . pipe . PipeReader . readInt ( pipe , ImageSchema . MSG_FRAMESTART_1_FIELD_WIDTH_101 ) ; int height = com . ociweb . pronghorn . pipe . PipeReader . readInt ( pipe , ImageSchema . MSG_FRAMESTART_1_FIELD_HEIGHT_201 ) ; long time = com . ociweb . pronghorn . pipe . PipeReader . readLong ( pipe , ImageSchema . MSG_FRAMESTART_1_FIELD_TIMESTAMP_301 ) ; int frameSize = com . ociweb . pronghorn . pipe . PipeReader . readInt ( pipe , ImageSchema . MSG_FRAMESTART_1_FIELD_FRAMEBYTES_401 ) ; int bps = com . ociweb . pronghorn . pipe . PipeReader . readInt ( pipe , ImageSchema . MSG_FRAMESTART_1_FIELD_BITSPERPIXEL_501 ) ; byte [ ] encoding = java . util . Arrays . copyOf ( pipeEncoding , pipeEncoding . length ) ; com . ociweb . pronghorn . pipe . PipeReader . readBytes ( pipe , ImageSchema . MSG_FRAMESTART_1_FIELD_ENCODING_601 , encoding , 0 ) ; assert java . util . Arrays . equals ( encoding , pipeEncoding ) ; state . currentFrame = new byte [ frameSize ] ; state . frameHead = 0 ; state . file = new java . io . File ( ( ( "rotated-" + time ) + ".raw" ) ) ; break ; case com . ociweb . pronghorn . image . schema . ImageSchema . MSG_FRAMECHUNK_2 : if ( ( state . frameHead ) >= ( state . currentFrame . length ) ) { break ; } int rowLength = com . ociweb . pronghorn . pipe . PipeReader . readBytesLength ( pipe , ImageSchema . MSG_FRAMECHUNK_2_FIELD_ROWBYTES_102 ) ; if ( ( ( state . currentRow ) == null ) || ( ( state . currentRow . length ) != rowLength ) ) { state . currentRow = new byte [ rowLength ] ; } com . ociweb . pronghorn . pipe . PipeReader . readBytes ( pipe , ImageSchema . MSG_FRAMECHUNK_2_FIELD_ROWBYTES_102 , state . currentRow , 0 ) ; for ( int i = 0 ; i < ( state . currentRow . length ) ; i ++ ) { state . currentFrame [ state . frameHead ] = state . currentRow [ i ] ; ( state . frameHead ) ++ ; } if ( ( state . frameHead ) >= ( state . currentFrame . length ) ) { System . out . println ( ( ( "Wrote<sp>" + ( state . file . getName ( ) ) ) + "<sp>to<sp>disk." ) ) ; try { state . file . createNewFile ( ) ; } catch ( java . io . IOException e ) { org . junit . Assert . fail ( e . getMessage ( ) ) ; } try ( java . io . FileOutputStream fos = new java . io . FileOutputStream ( state . file ) ) { fos . write ( state . currentFrame ) ; fos . flush ( ) ; } catch ( java . io . IOException e ) { org . junit . Assert . fail ( e . getMessage ( ) ) ; } ( state . framesProcessed ) ++ ; } break ; } com . ociweb . pronghorn . pipe . PipeReader . releaseReadLock ( pipe ) ; } }
### Response:
org . junit . Assert . assertEquals ( existingLayoutPageTemplateEntry , newLayoutPageTemplateEntry ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldCreateWithSource ( ) { javax . faces . application . Application application = mock ( javax . faces . application . Application . class ) ; org . springframework . springfaces . event . PostConstructApplicationSpringFacesEvent e = new org . springframework . springfaces . event . PostConstructApplicationSpringFacesEvent ( application ) ; <FILL_ME> ; } getSource ( ) { return this . source ; }
### Response:
org . junit . Assert . assertEquals ( hits . size ( ) , 1 ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testFindRedirectUrl ( ) { final java . lang . String rm1 = "rm1" ; final java . lang . String rm2 = "rm2" ; final java . lang . String rm1Url = startHttpServer ( ) ; final java . lang . String rm2Url = "host2:8088" ; org . apache . hadoop . yarn . server . webproxy . amfilter . TestAmFilter . TestAmIpFilter filter = new org . apache . hadoop . yarn . server . webproxy . amfilter . TestAmFilter . TestAmIpFilter ( ) ; org . apache . hadoop . yarn . server . webproxy . amfilter . TestAmFilter . TestAmIpFilter spy = org . mockito . Mockito . spy ( filter ) ; spy . proxyUriBases = new java . util . HashMap ( ) ; spy . proxyUriBases . put ( rm1 , rm1Url ) ; spy . proxyUriBases . put ( rm2 , rm2Url ) ; spy . rmUrls = new java . lang . String [ ] { rm1 , rm2 } ; <FILL_ME> ; } findRedirectUrl ( ) { java . lang . String addr = null ; if ( ( proxyUriBases . size ( ) ) == 1 ) { addr = proxyUriBases . values ( ) . iterator ( ) . next ( ) ; } else if ( ( rmUrls ) != null ) { for ( java . lang . String url : rmUrls ) { java . lang . String host = proxyUriBases . get ( url ) ; if ( isValidUrl ( host ) ) { addr = host ; break ; } } } if ( addr == null ) { throw new javax . servlet . ServletException ( "Could<sp>not<sp>determine<sp>the<sp>proxy<sp>server<sp>for<sp>redirection" ) ; } return addr ; }
### Response:
org . junit . Assert . assertEquals ( myMode , entry . getMode ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
NotCancelledEvent_ListenerIgnoringCancelled_AcceptsNotCancelled ( ) { class ListenerPojo { int count = 0 ; public void call ( net . mostlyoriginal . api . event . common . EventListenerTest . CancellableEvent event ) { ( count ) ++ ; } } ListenerPojo pojo = new ListenerPojo ( ) ; new net . mostlyoriginal . api . event . common . EventListener ( pojo , findMethod ( pojo , "call" , net . mostlyoriginal . api . event . common . EventListenerTest . CancellableEvent . class ) , 0 , true ) . handle ( new net . mostlyoriginal . api . event . common . EventListenerTest . CancellableEvent ( false ) ) ; <FILL_ME> ; } handle ( net . mostlyoriginal . api . event . common . Event ) { if ( event == null ) throw new java . lang . NullPointerException ( "Event<sp>required." ) ; if ( skipCancelledEvents ) { if ( ( com . artemis . utils . reflect . ClassReflection . isInstance ( net . mostlyoriginal . api . event . common . Cancellable . class , event ) ) && ( ( ( net . mostlyoriginal . api . event . common . Cancellable ) ( event ) ) . isCancelled ( ) ) ) { return ; } } try { method . invoke ( object , event ) ; } catch ( java . lang . Exception e ) { throw new java . lang . RuntimeException ( "Could<sp>not<sp>call<sp>event." , e ) ; } }
### Response:
org . junit . Assert . assertFalse ( status . isFailure ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
set_monochrome_on_color_aware_formatters ( ) { cucumber . runtime . RuntimeOptions options = new cucumber . runtime . RuntimeOptions ( new cucumber . runtime . Env ( ) , asList ( "--monochrome" , "--plugin" , cucumber . runtime . RuntimeOptionsTest . AwareFormatter . class . getName ( ) ) ) ; cucumber . runtime . formatter . Plugins plugins = new cucumber . runtime . formatter . Plugins ( getClass ( ) . getClassLoader ( ) , new cucumber . runtime . formatter . PluginFactory ( ) , new cucumber . runner . TimeServiceEventBus ( cucumber . runner . TimeService . SYSTEM ) , options ) ; cucumber . runtime . RuntimeOptionsTest . AwareFormatter formatter = ( ( cucumber . runtime . RuntimeOptionsTest . AwareFormatter ) ( plugins . getPlugins ( ) . get ( 0 ) ) ) ; <FILL_ME> ; } isMonochrome ( ) { return monochrome ; }
### Response:
org . junit . Assert . assertEquals ( blobSize , mk . getLength ( id ) ) | [
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testFindById ( ) { java . lang . Long id = 1L ; java . lang . String abbrName = "abbr<sp>name" ; java . lang . String name = "name" ; org . lnu . is . domain . department . Department expected = new org . lnu . is . domain . department . Department ( ) ; expected . setId ( id ) ; expected . setAbbrName ( abbrName ) ; expected . setName ( name ) ; when ( persistenceManager . findById ( org . mockito . Matchers . < java . lang . Class < org . lnu . is . domain . department . Department > > any ( ) , anyLong ( ) ) ) . thenReturn ( expected ) ; org . lnu . is . domain . department . Department actual = unit . getEntityById ( id ) ; verify ( persistenceManager ) . findById ( org . lnu . is . domain . department . Department . class , id ) ; <FILL_ME> ; } findById ( java . lang . Class , I ) { T entity = entityManager . find ( clazz , id ) ; if ( entity == null ) { org . lnu . is . dao . persistence . DefaultPersistenceManager . LOG . error ( "Entity<sp>is<sp>deleted,<sp>{},<sp>{}" , clazz . getSimpleName ( ) ) ; throw new org . lnu . is . dao . exception . EntityNotFoundException ( "Entity<sp>doesn't<sp>exist" , clazz , id ) ; } verify ( DaoMethod . SINGLE_GET , entity ) ; return entity ; }
### Response:
org . junit . Assert . assertFalse ( resultMessage ( res , org . openstack . atlas . api . mgmt . validation . validators . PUT ) , res . passedValidation ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetSortByString ( ) { System . out . println ( "getSortByString" ) ; java . lang . String expResult = ( ( ( ( edu . harvard . iq . dataverse . authorization . users . AuthenticatedUserTest . testUser . getLastName ( ) ) + "<sp>" ) + ( edu . harvard . iq . dataverse . authorization . users . AuthenticatedUserTest . testUser . getFirstName ( ) ) ) + "<sp>" ) + ( edu . harvard . iq . dataverse . authorization . users . AuthenticatedUserTest . testUser . getUserIdentifier ( ) ) ; java . lang . String result = edu . harvard . iq . dataverse . authorization . users . AuthenticatedUserTest . testUser . getSortByString ( ) ; <FILL_ME> ; } getSortByString ( ) { return ( ( ( ( this . getLastName ( ) ) + "<sp>" ) + ( this . getFirstName ( ) ) ) + "<sp>" ) + ( this . getUserIdentifier ( ) ) ; }
### Response:
org . junit . Assert . assertEquals ( expResult , result ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
getRealm ( ) { com . ibm . websphere . simplicity . log . Log . info ( com . ibm . ws . security . wim . core . fat . MaxSearchResultTest . c , "getRealm" , "Checking<sp>expected<sp>realm" ) ; <FILL_ME> ; } getRealm ( ) { com . ibm . websphere . simplicity . log . Log . info ( com . ibm . ws . security . wim . core . fat . MaxSearchResultTest . c , "getRealm" , "Checking<sp>expected<sp>realm" ) ; org . junit . Assert . assertEquals ( "maxsearchresult" , com . ibm . ws . security . wim . core . fat . MaxSearchResultTest . servlet . getRealm ( ) ) ; }
### Response:
org . junit . Assert . assertNotNull ( runner ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testVectorSerialize ( ) { int size = 100 ; org . apache . giraph . aggregators . matrix . sparse . LongSparseVector from = new org . apache . giraph . aggregators . matrix . sparse . LongSparseVector ( size ) ; from . set ( 0 , 10 ) ; from . set ( 10 , 5 ) ; from . set ( 12 , 1 ) ; byte [ ] data = org . apache . giraph . utils . WritableUtils . writeToByteArray ( from ) ; org . apache . giraph . aggregators . matrix . sparse . LongSparseVector to = new org . apache . giraph . aggregators . matrix . sparse . LongSparseVector ( ) ; org . apache . giraph . utils . WritableUtils . readFieldsFromByteArray ( data , to ) ; for ( int i = 0 ; i < size ; ++ i ) { <FILL_ME> ; } } get ( int ) { return handles . get ( index ) ; }
### Response:
org . junit . Assert . assertEquals ( 0 , rc ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testUpdate ( ) { com . vmware . admiral . compute . container . HostPortProfileService . HostPortProfileState profile = createHostPortProfile ( ) ; profile = doPost ( profile , HostPortProfileService . FACTORY_LINK ) ; profile . startPort = new java . lang . Long ( "5000" ) ; com . vmware . admiral . compute . container . HostPortProfileService . HostPortProfileState result = doPut ( profile ) ; <FILL_ME> ; } createHostPortProfile ( ) { com . vmware . admiral . compute . container . HostPortProfileService . HostPortProfileState profile = new com . vmware . admiral . compute . container . HostPortProfileService . HostPortProfileState ( ) ; profile . hostLink = java . util . UUID . randomUUID ( ) . toString ( ) ; return profile ; }
### Response:
org . junit . Assert . assertEquals ( "abcd" , data . readUtf8 ( ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testPlainGame ( ) { java . io . InputStream is = com . goai . sgf . parse . FullParse . class . getResourceAsStream ( "masao_koichi.sgf" ) ; com . goai . sgf . ebnf . GameTreeCollection collection = com . goai . sgf . parse . SGFParser . parse ( is ) ; <FILL_ME> ; } getGametrees ( ) { return gametrees ; }
### Response:
org . junit . Assert . assertTrue ( areDependencyTypesDetected ( fromClass , toClass , typesToFind , false ) ) | [
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
mergeListInputNull ( ) { final com . crossoverjie . algorithm . LinkedListMergeSort objectUnderTest = new com . crossoverjie . algorithm . LinkedListMergeSort ( ) ; final com . crossoverjie . algorithm . LinkedListMergeSort . Node left = null ; final com . crossoverjie . algorithm . LinkedListMergeSort . Node right = null ; final com . crossoverjie . algorithm . LinkedListMergeSort . Node retval = objectUnderTest . mergeList ( left , right ) ; <FILL_ME> ; } mergeList ( com . crossoverjie . algorithm . LinkedListMergeSort$Node , com . crossoverjie . algorithm . LinkedListMergeSort$Node ) { com . crossoverjie . algorithm . LinkedListMergeSort . Node head = new com . crossoverjie . algorithm . LinkedListMergeSort . Node ( ) ; com . crossoverjie . algorithm . LinkedListMergeSort . Node result = head ; while ( ! ( ( null == left ) && ( null == right ) ) ) { com . crossoverjie . algorithm . LinkedListMergeSort . Node tmp ; if ( left == null ) { result . next = right ; break ; } else if ( right == null ) { result . next = left ; break ; } else if ( ( left . e ) >= ( right . e ) ) { tmp = left ; result . next = left ; result = tmp ; left = left . next ; } else { tmp = right ; result . next = right ; result = tmp ; right = right . next ; } } return head . next ; }
### Response:
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testCloseStreamOnException ( ) { java . io . OutputStream outputStream = org . mockito . Mockito . mock ( java . io . OutputStream . class ) ; org . apache . hadoop . mapred . IFileOutputStream ifos = new org . apache . hadoop . mapred . IFileOutputStream ( outputStream ) ; org . mockito . Mockito . doThrow ( new java . io . IOException ( "Dummy<sp>Exception" ) ) . when ( outputStream ) . flush ( ) ; try { ifos . close ( ) ; org . junit . Assert . fail ( "IOException<sp>is<sp>not<sp>thrown" ) ; } catch ( java . io . IOException ioe ) { <FILL_ME> ; } org . mockito . Mockito . verify ( outputStream ) . close ( ) ; } getMessage ( ) { return message ; }
### Response:
org . junit . Assert . assertEquals ( expected , pids ) | [
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1,
1,
1,
1,
1,
1,
1
] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testResolveUriWithUsbPath ( ) { final org . eclipse . kura . linux . position . GpsDeviceTrackerTest . GpsDeviceTrackerTestFixture fixture = new org . eclipse . kura . linux . position . GpsDeviceTrackerTest . GpsDeviceTrackerTestFixture ( ) ; fixture . addDeviceMapping ( "1-2.1" , "/dev/ttyFOO" ) ; final org . eclipse . kura . comm . CommURI uri = org . eclipse . kura . linux . position . GpsDeviceTrackerTest . getUri ( "1-2.1" ) ; final org . eclipse . kura . comm . CommURI trackedUri = fixture . tracker . track ( uri ) ; <FILL_ME> ; } getUri ( java . lang . String ) { return new org . eclipse . kura . comm . CommURI . Builder ( port ) . withBaudRate ( 9600 ) . withDataBits ( 7 ) . withFlowControl ( 1 ) . withParity ( 2 ) . withStopBits ( 1 ) . build ( ) ; }
### Response:
org . junit . Assert . assertTrue ( doesRefBecomeNull ( ref ) ) | [
2,
2,
2,
2,
2,
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testGetAudit ( ) { try ( com . salesforce . dva . argus . sdk . ArgusService argusService = new com . salesforce . dva . argus . sdk . ArgusService ( getMockedClient ( "/AuditServiceTest.json" ) ) ) { com . salesforce . dva . argus . sdk . AuditService auditService = argusService . getAuditService ( ) ; com . salesforce . dva . argus . sdk . entity . Audit result = auditService . getAudit ( BigInteger . ONE ) ; com . salesforce . dva . argus . sdk . entity . Audit expected = _constructPersistedAudit ( ) ; <FILL_ME> ; } } _constructPersistedAudit ( ) { com . salesforce . dva . argus . sdk . entity . Audit result = new com . salesforce . dva . argus . sdk . entity . Audit ( ) ; result . setCreatedDate ( new java . util . Date ( 1472282830936L ) ) ; result . setHostName ( "localhost" ) ; result . setId ( BigInteger . ONE ) ; result . setMessage ( "TestMessage" ) ; result . setEntityId ( BigInteger . ONE ) ; return result ; }
### Response:
org . junit . Assert . assertThat ( instance . matches ( message , matchers ) , is ( false ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
shouldParseMutationEnigne ( ) { final org . pitest . mutationtest . config . ReportOptions actual = parseAddingRequiredArgs ( "--mutationEngine" , "foo" ) ; <FILL_ME> ; } getMutationEngine ( ) { return this . mutationEngine ; }
### Response:
org . junit . Assert . assertEquals ( "HASH" , hash ) | [
2,
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Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
boundsCtorSetNullScreenToWorld ( ) { org . geotools . map . MapViewport vp = new org . geotools . map . MapViewport ( org . geotools . map . MapViewportTest . WORLD_1_1 ) ; <FILL_ME> ; } getScreenToWorld ( ) { lock . readLock ( ) . lock ( ) ; try { return ( screenToWorld ) == null ? null : new java . awt . geom . AffineTransform ( screenToWorld ) ; } finally { lock . readLock ( ) . unlock ( ) ; } }
### Response:
org . junit . Assert . assertEquals ( 1 , subject . getViolationCount ( ) ) | [
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] |
Below is an instruction that describes a task and additional context is given as input. Write a suitable response that completes the task request.
### Instruction:
Replace the <FILL_ME> with a suitable assert statement based on the function given:
### Input:
testFetchByPrimaryKeyExisting ( ) { com . liferay . layout . page . template . model . LayoutPageTemplateEntry newLayoutPageTemplateEntry = addLayoutPageTemplateEntry ( ) ; com . liferay . layout . page . template . model . LayoutPageTemplateEntry existingLayoutPageTemplateEntry = _persistence . fetchByPrimaryKey ( newLayoutPageTemplateEntry . getPrimaryKey ( ) ) ; <FILL_ME> ; } getPrimaryKey ( ) { return _amImageEntryId ; }
### Response:
org . junit . Assert . assertNotNull ( deserialisedOp ) | [
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